text:
A process to determine optimal completion type and design prior to drilling of a hydrocarbon producing well utilizing information from hydrocarbon recovery modeling such as reservoir, geo-mechanical, and material modeling over the production life of the well. An embodiment of the process includes obtaining information regarding pore pressure depletion, stress magnitudes and orientations, and strength of rock formation from hydrocarbon recovery modeling to determine optimum well completion design including the selection of a completion type, trajectory, and location. Additionally, the process may also consider probable failure mechanisms and identified completion requirements, and their corresponding effect on completion options.
1. A process for selecting well completion design before drilling a proposed well comprising:
considering hydrocarbon recovery models relating to a proposed well;
determining completion design for desired hydrocarbon recovery over the life of the proposed well; and
storing the completion design in a computer readable medium;
wherein considering the hydrocarbon recovery models comprises determining the effect of pore pressure depletion on well production over the life of the well.
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20. A process for selecting well completion design before drilling a proposed well comprising:
considering hydrocarbon recovery models relating to a proposed well;
determining completion design for desired hydrocarbon recovery over the life of the proposed well; and
storing the completion design in a computer readable medium;
wherein considering the hydrocarbon recovery models comprises determining the effect of pore pressure depletion on the hydrocarbon recovery models and the corresponding effect on predicted well production.
21. A process for selecting well completion design before drilling a proposed well comprising:
considering hydrocarbon recovery models relating to a proposed well;
determining completion design for desired hydrocarbon recovery over the life of the proposed well; and
storing the completion design in a computer readable medium;
wherein the hydrocarbon recovery models provide information regarding pore pressure depletion, stress magnitudes and orientations, and strength of rock formation.
22. Computer-readable media tangibly embodying a program of instructions executable by a computer to perform a process for selecting well completion design before drilling a proposed well, the process comprising:
considering hydrocarbon recovery models relating to a proposed well;
determining completion design for desired hydrocarbon recovery over the life of the proposed well; and
storing the completion design in a computer readable medium;
wherein the hydrocarbon recovery models provide information regarding pore pressure depletion, stress magnitudes and orientations, or strength of rock formation.
23. Computer-readable media tangibly embodying a program of instructions executable by a computer to perform a process for selecting well completion design before drilling a proposed well, the process comprising:
considering hydrocarbon recovery models relating to a proposed well;
determining completion design for desired hydrocarbon reconvey over the life of the proposed well; and
storing the completion design in a computer readable medium;
wherein considering the hydrocarbon recovery models comprises determining the effect of pore pressure depletion on well production over the life of the well.
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33. A process for the consideration of hydrocarbon recovery models in the selection of well completion before drilling the well comprising evaluating the hydrocarbon recovery models based on pore pressure depletion over the life of the well, and storing the hydrocarbon recovery models in a computer readable medium.
Not applicable.
Not applicable.
This invention generally relates to the selection of hydrocarbon well completion type and design. More specifically, the invention relates to a process for selecting optimal well completion type and design for desired well production over the life of the well, based on information from physical and process modeling (referred to herein as 'hydrocarbon recovery modeling') such as reservoir, geo-mechanical, and material modeling.
In an effort to economically develop oil and/or gas producing reservoirs, the Petroleum Industry relies heavily upon educated predictions of reservoir conditions utilizing technologies available for reservoir characterization prior to making enormous investments into the drilling and completing of wells. Evaluating known data from similar reservoirs as well as actual data obtained from exploratory wells or other early development efforts can greatly enhance the industries ability to optimize the development and management of a hydrocarbon-producing field. Hydrocarbon recovery modeling using sophisticated computer simulation of reservoir processes and physical characteristics has become a critical evaluation tool for effective and economical reservoir development and management.
Typically, hydrocarbon recovery modeling of reservoirs includes both fluid-dynamical modeling of multi-phase transport in permeable media, generally by numerical analysis methods incorporated into reservoir simulators, as well as geo-mechanical modeling that may utilize structural analysis software packages. Additionally, hydrocarbon recovery modeling can include material modeling of the physical properties of the reservoir's rock formations. Many software computer programs used for this modeling are generally available within the industry.
Reservoir simulators provide a tool that can be utilized by reservoir engineers to make predictions about the multi-phase flow of oil, gas, and water in underground hydrocarbon accumulations. Engineers can simulate various methods of producing oil fields, and can experiment with locations and design of wellbores to optimize both the recoveries of such resources as well as their own business profitability. Reservoir models use various laws, for example Darcy's law, to relate rock parameters such as porosity, absolute and relative permeability, and capillary pressure to quantify the pressure, flux and dissipation of a reservoir.
Geo-mechanical technologies characterize rock properties to predict the state of earth stresses and natural fractures and or faults in a formation. Geo-mechanical models are based on various laws, such as Hooke's law, to relate rock parameters such as elastic and plastic rigidity to quantify the displacement, stress and internal energy of a reservoir. Traditionally, geo-mechanical modeling of hydrocarbon reservoirs is evaluated at static reservoir conditions, such as pre-drilling reservoir conditions. Generally the evaluation is primarily focused on optimization of the actual drilling process, for example to design a drilling program that eliminates or minimizes mechanical instabilities in the borehole while drilling a well. As a result, much of the focus of the geo-mechanical studies is on weak shale sections or depleted reservoirs that tend to create drilling hazards.
In most situations in the petroleum industry, completions are designed to accommodate a given wellbore based upon reservoir drainage recommendations. These reservoir drainage models can be used to determine the most efficient drainage points within the reservoir and can also be used to evaluate the basic type of completion whether it is a horizontal wellbore, a deviated wellbore or a vertical wellbore. Using this approach the well planning is done to hit the desired drainage target and to minimize the development cost through proper placement of individual well locations or central drilling sites.
In many cases the hydrocarbon producing reservoirs exist in a normal fault regime where there is little directional preference for both wellbore stability or completion selection. As a result, they are quite forgiving to different completion options. There are, however, a number of regions around the world that are in more complex stress states, sometimes transitioning from a normal faulting regime to strike slip or even reverse fault conditions. When these conditions exist, there can be a very strong directional preference for optimum completion design. In those conditions proper alignment and placement of the wellbore based upon specific completion techniques can vastly improve the reliability and productivity of the wellbore.
A process is disclosed to utilize hydrocarbon recovery modeling such as reservoir, geo-mechanical, and material modeling to further consider and determine well completion type and design prior to drilling in order to achieve desired performance and production over the life of the well and reservoir. In addition, the pre-drill selection of completion type and design can also be used to determine the most efficient way to drill the well. The hydrocarbon recovery models can provide information regarding pore pressure depletion, stress magnitudes and orientations, and strength of rock formation, all of which can be used in determining optimum well completion design to include the selection of a completion type, trajectory, and location.
An embodiment of the process includes determining the effect of pore pressure depletion on well production over the life of the well and the resultant impact on well completion options. It may also include consulting hydrocarbon recovery models to determine the probable failure mechanism for a proposed well and the resulting effect on well production and completion options. In addition, the effects of completion requirements may also be identified for the well in order to further identify appropriate completion options. Evaluating each of these effects concurrently or systematically can help determine the optimum completion design. The well can then be drilled and completed based on the determination of the desired completion design. Information used in the hydrocarbon recovery models can be updated with data obtained during drilling and completion of the well. The process can be repeated for each new proposed well.
The invention, together with further advantages thereof, may best be understood by reference to the following description taken in conjunction with the accompanying drawings in which:
The following-detailed description discloses a system and process in accordance with the present invention that uses specific geo-mechanical, reservoir, and material knowledge such as that obtained from hydrocarbon recovery modeling, to provide a means of optimizing the completion selection process in the pre-drill planning stages of the well, helping to achieve the best wellbore performance over the life of the well. In doing this, an additional level of detail is added to the well planning process identifying not only the drainage location, but also the optimum orientation, deviation, and completion type at this point as well.
Since stress in the reservoir is a function of pore pressure, the optimum completion would also be designed to accommodate the stress changes that would occur during the production of the reservoir. This makes it possible to select the optimum completion for the life of the well based upon expected changes in reservoir conditions due to depletion. Such changes may include shear induced fines migration, reservoir compaction, or fault activation (or re-activation), all of which can pose serious challenges to completion reliability which should be accounted for in the initial design.
Depending on the stress conditions in the reservoir, the most stable wellbore trajectory may be aligned with the preferred fracturing plane or may be as much as 90 degrees different from the preferred fracturing plane. Therefore, it becomes very important to have the desired completion technique verified early in the well planning process to ensure the wellbore is drilled in the most favorable trajectory. As an example, non hydraulically fractured completions such as open hole, cased and perforated, or gravel packed, the most favorable wellbore trajectory may be as much as 90 degrees different to the preferred trajectory for a completion that uses hydraulic fracturing.
In some cases, the stress orientations and fault regime may change with depth in the wellbore creating situations where the preferred wellbore orientation may vary if there are multiple productive intervals to be completed in the same wellbore. Under these conditions the completion selection can be made to accommodate well path design. This can be done, for example, by possibly selecting frac and pack or gravel pack completions for upper intervals where a horizontal well would be preferred for the lower interval. The completions can also be designed and optimized during the well planning to minimize the complexity of wellbore trajectories and their associated drilling risk.
As shown in
The reservoir information 20 provides the feed data to perform various hydrocarbon recovery modeling such as those shown in boxes 30, 40, and 50. In the embodiment of
A substantial portion of the geo-mechanical modeling 40 may also be performed through the use of software packages, typically for structural analysis, that are also readily available commercially such as SFIB and WELCHECK, both Geomechanics International (GMI) products. Additionally, other tools such as maps showing stress orientation and magnitude can be used for geo-mechanical modeling. Wireline logs can be used to achieve mechanical properties through sonic analysis. Analyzing borehole breakouts using oriented caliper or wellbore imaging logs can also be used to validate the geo-mechanical state of the reservoir. Geo-mechanical modeling 40 of reservoir information includes data taken from existing wells such as borehole breakout, leak off testing for least flexible stresses, and any other reservoir information 20 available. Typically, geo-mechanical modeling 40 provides geo-mechanical information such as stress magnitude and orientation and can be summarized in such common ways as geo-mechanical maps, gradient type plots, stress polygon diagrams, and various other methods used to visualize or display stress magnitude and orientation information. Maps are commonly used to visually display stress direction and typically gradient plots are used to display stress magnitudes. Stress polygons can be used to visually display stress states at various pore pressures. Much of the geo-mechanical information, such as stress, may be a function of pore pressure. Accordingly, this information can be determined at various points in time by inputting pore pressure information (and expected depletion over time) as generated from the reservoir modeling 30. Thus, the stress magnitude and orientation can be generated from geo-mechanical modeling 40 at original reservoir conditions and also at various predicted reservoir conditions to formulate a prediction of the geo-mechanical influences throughout the life of the reservoir.
One common hydrocarbon recovery modeling tool used to determine stress states in the reservoir is the stress polygon. Once the geo-mechanical model 40 is established, the pore pressure can be changed in the model and the new geo-mechanical state can be output in such visual displays as a stress polygon. When the pore pressure changes, the stress polygon changes or shifts. Therefore, the calculations to generate a stress polygon are generally repeated at each pore pressure through time to determine the stress state at the various conditions. This information can then be fed into another hydrocarbon recovery modeling tool such as a material model 50 for the failure envelope to subsequently determine probable failure modes throughout the life of the well.
The material model 50 for the failure envelope goes the next step beyond simply the calculation of the stress state. Knowledge of the stress state does not typically consider rock failure. Hydrocarbon recovery models such as stress polygons can be used to determine what the stresses within the reservoir are going to do when the pore pressure changes. Inputting this stress state information into a material model, such as the Mohr Coulomb failure envelope, allows for the evaluation of whether the identified stresses on the rock will have a tendency to fail the rock and if so by what failure mechanism. Many of these material models have traditionally been used as sand production prediction models for existing wellbores. In an embodiment of the present invention, these material models are being used differently, in that their use for failure mechanism determination is done at the pre-drill planning stages of the well in an effort to not only consider sand requirements but to design a better completion for that well and to be able to design and drill a better wellbore for that completion. For example, in an embodiment the resultant well productivity can be improved by inserting the optimum completion in a compaction situation, or can be drilled differently to avoid potential sand production problems.
Material modeling 50 may be performed with the assistance of software packages for evaluating rock strength that are commercially available, such as Sand 3D, by Conoco-Phillips and Sand PI, by GMI. Material modeling 50 of the reservoir information 20 typically provides information about the mechanical failure properties of the reservoir rock, and could include both elastic and plastic properties determined at multiple confining stresses. A simple example of an important rock property that can be found through sampling and testing core samples is the Mohr Coulomb failure envelope. The Mohr Coulomb failure envelope delineates stable and unstable states of stress for a given rock material. This envelope is discussed more fully in reference to
With the modeling information from boxes 30, 40, and 50, an evaluation is made in box 60 to determine the effect of pore pressure depletion on the expected production rate requirements of the well. The geo-mechanical influences as predicted by geo-mechanical modeling 40 in combination with the predicted reservoir performance information from reservoir modeling 30 and the failure envelope and rock strength information generated from material modeling 50 may all be evaluated in box 60. Typically, information regarding pore pressure depletion is primarily obtained from corresponding reservoir modeling as shown in box 30. By considering the pore pressure depletion information in context with the geo-mechanical modeling of box 40 and material modeling of box 50, the effect of the changes in pore pressure over time on the geo-mechanics of the well and the corresponding result on well production rates can be evaluated in box 60.
In box 70, an evaluation is made to determine the probable reservoir failure mechanisms expected. The probable reservoir failure mechanism is determined from the information provided by the hydrocarbon recovery models 30, 40, 50 as well as the evaluation of the effect of pore pressure depletion from box 60. Often software vendors of various hydrocarbon recovery models have classes available for instruction on how to use their software packages and may additionally teach basic techniques on how to use their model in reservoir evaluations. For example, one such technique that is generally known to those skilled in the art, or that could be quickly learned by one of ordinary skill in the art through appropriate instruction, would be to use a simple Mohr Coulomb failure envelope as depicted in
Having identified the most probable reservoir failure mechanism or mechanisms the process continues on to box 80 of
Completion requirements can be from a set of production rate requirements that are defined by an asset team in the production company, including concerns such as minimum and maximum production flow rates and well longevity. Typically, a production company decides to sanction a project based on economics, which translates into certain production requirements, such as required number of barrels of oil per day per well. Those production rate requirements then affect the decision as to how the wells should be completed. Accordingly, to achieve those requirements an evaluation of many factors come into play such as sand control, including decisions on whether sand production should be managed or avoided completely, or whether the well will require stimulation to meet the production requirement. Traditionally, these decisions are made for a well plan or wellbore already in place. The well's orientation, trajectory, and location are already set when the decisions are being made as to whether sand control or sand avoidance is required or whether to stimulate the well.
In an embodiment of the present invention, these decisions are made in the pre-drill planning stages of a well, optimizing the orientation and trajectory for the expected conditions discovered through the substantial evaluation process disclosed herein. In the more traditional situation with the well plan or wellbore in place when completion options are evaluated, it may be determined that the well requires some sort of sand control completion. However, when the well completion type and design is optimized through a pre-drill evaluation as disclosed, the well design could potentially properly orient the wellbore through the formation to avoid sand production altogether.
Having evaluated the effects of pore pressure depletion in box 60, probable failure mechanisms in box 70, and completion requirements in box 80, an optimal completion can now be selected. Referring again to
Once a completion type has been selected, an ideal well trajectory can be reevaluated for the particular completion type selected, again consulting the information from boxes 60, 70 and 80 as well as the modeling information from boxes 30, 40, and 50. Upon selection of the optimum well completion and trajectory, the process passes to box 100 where the overall well design for the optimized completion and wellbore plan are finalized. This may involve moving drill centers from the location previously determined without the application of the process of this invention. The process then proceeds to box 110 where the well is drilled and completed accordingly and on to box 120 where the well is brought on line for production. As indicated in box 10, the process could be reiterated by feeding the additional information gained from the newly drilled well into the updates of the reservoir information in box 20, and repeating the process steps as already described in order to determine the effects of this information on subsequent wellbore completion selections.
It should be noted that some portions of the evaluations made in boxes 60, 70, 80, and 90 might be performed manually by engineers or ones skilled in the art. For example, observations may be performed using available information such as mappings, pore pressure depletion predictions, production strategies, reservoir stresses, and strengths of rock, etc., to determine the probable reservoir failure mechanisms in box 70 as well as to identify completion requirements for productivity expectations in box 80.
A quick summary of the information shown in
Although presented here as a failure mechanism, reservoir compaction can provide significant drive energy to greatly enhance the production and recovery of reserves present in a hydrocarbon formation. However, increased amounts of reservoir compaction due to pore pressure depletion, such as occurs during hydrocarbon production, may cause problems. Reservoir compaction during depletion may not only increase the earth stresses but may also change the reservoir stress path. This can lead to well casing damage and ultimately to well failure. Generally the weight of overburden sediments above a hydrocarbon formation is supported by the rock matrix as well as the fluids that are under pressure within the pore space of the rock. As the reservoir is produced, more of the overburden load is transferred to the rock matrix typically causing formation compaction. Pore pressure depletion, rock compressibility, and the structure of the formation determine the magnitude and direction of compaction. The magnitude and direction of the reservoir compaction affects the probable failure mechanism of the well.
Reservoir compaction generally results in a far field loss in permeability extending significantly away from the near wellbore region and deep into the reservoir. This presents a serious condition especially if it is unexpected. Incorrectly completing wells in this environment can cause productivity to drop off dramatically very early in the life of the reservoir. If this scenario is anticipated, completion selection criteria could include stimulating the well in preparation for that loss of permeability or alternatively, an option would be to drill a horizontal well which maximizes the area exposed making production feasible in the reduced permeability reservoir. As indicated in table 72 of
Stress within a reservoir can be defined to be three dimensional, having a vertical stress element and two horizontal stress elements. Depending on the initial reservoir stress conditions, there may be a case where one stress element is dominant or possibly two stress elements are dominant. The magnitude of the differences between the stress elements will determine to some extent, whether early shear failure may occur, causing localized grain movement and shifting in the near wellbore region when drawdown is applied. Historically, shear is a common failure mechanism of many hydrocarbon reservoirs and is often associated with formation sand production and/or fines migration.
The shear stress failure mechanism is considered a near-wellbore phenomenon, in that it results in a loss of permeability in the near wellbore region. If this is the suspected failure mechanism, then a well completion can be designed to bypass the near wellbore, maintaining high productivity throughout the life of the well, even though a significant loss in permeability may occur near the wellbore as it is produced. As indicated in table 74 of
The influences of formation compaction caused by the volumetric changes in the reservoir pore space as the reservoir pressure drops during production can be substantial. This subsurface compaction within a reservoir can sometimes be great enough to cause significant alterations in both the vertical and horizontal stress directions. These influences can cause surface subsidence that has been known to result in offshore platforms to partially submerge. The influence can even be great enough to affect the bedding plane stability and can induce fault movement or fault re-activation, in which case well casings can be seriously damaged.
The compaction rate can be a major issue when planning wells including the drilling design as well as the completion type selection. Fault activation or fault re-activation is another failure mechanism that can be beneficially identified before drilling begins. Identifying minor fault or major fault areas that have the potential to activate during pore pressure depletion and to cause many undesirable effects can greatly influence completion selection. Historically, a dramatic increase in bottom hole pressure can occur just before a well fails according to a fault re-activation mechanism. Additionally, mobility of the bedding plains at the top of the reservoir can also indicate fault re-activation, as a result of extreme shear failure during the compaction mode. Identifying fault activation or re-activation during a pre-drill evaluation can help to optimize the trajectory as well as the completion in an effort to minimize the potential for this type of failure. As indicated in table 76 of
The following examples can demonstrate how knowledge of a hydrocarbon reservoir from hydrocarbon recovery modeling can be utilized to assist in optimizing well design. If the potential failure mechanism identified is reservoir compaction, two preferred completion options could include a frac and pack completion or an open hole horizontal well. A frac and pack completion is where the drilled well is hydraulically fractured by pumping a fluid into the wellbore and then packing the near wellbore with a supporting material. For a horizontal well, the actual stress phase determines the optimum direction for the well. Depending on the fault regime present, a horizontal well may be more stable in either the maximum stress direction or the minimum stress direction. But, it may not be readily apparent which one is the best choice. However, in a case where fracturing is the completion option, the preferred orientation for the fracture is in the direction of maximum stress. Therefore wells drilled for frac and pack completions should typically be aligned with the preferred fracturing plane when significant stress contrasts exist.
Multi-phase flow is another potential reservoir failure mechanism and can also induce production problems resulting from changes in the reservoir geo-mechanics. In a retrograde reservoir, assume the initial production is of a single-phase gas. As the reservoir is depleted the pressure declines and at a certain pressure the dew point of the gas is reached. From this point on, production becomes multi-phase due to the condensation forming in the reservoir at the lower pressures. Production goes from single-phase flow to multi-phase flow. This can cause additional drawdown on the reservoir when operated at the same flow rate as the previous single-flow of gas. If the well is produced without changing the choke size to accommodate the phase change at the dew point pressure of the gas, the higher drawdown can stress the near wellbore region to the extent of creating a failed well. Extremely high drawdown can stress the formation considerably more than normal pore pressure depletion predictions can project, and can have a dramatic effect on the geo-mechanics of the reservoir. Similarly, if initial production is oil and the reservoir pressure reaches the bubble point of the oil, the same multi-phase issues become relevant. As indicated in table 78 of
Sand tolerance is one of many possible completion requirements for consideration. Production facilities, environmental issues, and safety concerns help to determine the level of sand production that can be tolerated. Higher levels of sand production can erode surface facilities or can even fill up the facilities with sand. Special facilities can be installed to allow removal of certain amounts of sand to prevent excessive erosion. However, determining how much sand can be managed economically considering that the sand should be disposed of properly, then becomes an issue. In some instances, certain amounts of sand may be acceptable, and in others no sand production can be tolerated. Completion requirements to accommodate sand issues such as these are well known to those of skill in the art. For example, in a situation of shear failure as previously described, there is a near wellbore permeability loss and therefore adjustments may be made accordingly for appropriate completions with the near wellbore concerns regarding sand control considered.
If sand exclusion is identified as a completion requirement to accommodate production rate requirements, table 82 of
Like far-field failure mechanisms, near wellbore potential failure mechanisms resulting in sand production are also a function of pore pressure depletion. Sand production is also a function of rock strength and production rate requirements. Additionally, sand production can be a function of the overall reservoir failure mechanisms. The failure point of the sand grain can be evaluated according to the failure envelope information of the hydrocarbon recovery modeling boxes 30, 40, 50. Sand management can be affected by completions and wellbore placement, for example it is recommended to gravel pack a horizontal well when sand production is a concern. The wellbore stability depends on sand strength, the velocities through the sand, minimal strain, and oriented perforations. Ideally, when sand problems are a concern, if the well is designed and completed with this in mind, orienting the wellbore correctly through the formation, accounting for stress magnitudes and direction and wellbore stability, in accordance with this invention, the rock may never fail throughout the life of the well.
In the laboratory, failure points are determined by breaking core samples under different confining stresses that can later be translated to pore pressure conditions. The triaxial compression laboratory test procedures and calculations to achieve the failure envelope are known to those skilled in the art. Applying a confining pressure to a core in a laboratory test can be very similar in principle to applying pore pressure to the material in the formation. Therefore, confining pressures defined in the lab can be extrapolated into pore pressures to predict failure in the field.
Accordingly, the graph shown in
When operating a well at stress states inside of the failure envelope 130, 140, 150, the reservoir rock can be considered stable. However, when operating at stress states outside of the envelope then the reservoir rock can be considered unstable and failure is likely. Tensile failure is graphically illustrated to occur in the region to the left of the Y-axis and below the X-axis, when the effective normal stress is negative. If a well is operating with stress states in this region it can fail in tension. This is what occurs when a well undergoes hydraulic fracturing. Some water injection wells typically operate in this region of the graph.
The failure envelope intersects the Y-axis when there is no effective normal stress. The magnitude of the shear stress at this point represents the cohesive strength of a material (the bonding strength between the particles of a material). Cohesive failure can be expected at this point. Cohesive failure is a surface failure phenomenon that is generally not a critical component in a completion evaluation because typically it is a temporary event that clears up on its own after being produced for a short period of time. With cohesive failure a small amount of sand is produced initially but as the well continues to be produced the sand production generally stops. Producing a well at stress conditions conducive to cohesive failure could be an ideal case for a managed sand production completion design.
The slope of the failure envelope is the ratio of the shear stress to the normal stress at failure and is a straight line 130 in
The area above the curved portion of the failure envelope 150 and to the right of a vertical line through point 140 is a region when pore collapse failure due to compaction can be expected. Determination of the point 140 allows the cap 150 to be inserted on the failure envelope to predict compressive-failure. Pore collapse, or compaction failure, is a far field effect as mentioned previously.
The Mohr Coulomb failure envelope is an example of a relatively simple hydrocarbon recovery model that can typically provide a good visualization tool to indicate potential failure modes; but it is not designed to handle all the complexities of non-elastic or plastic type failure modes. The Mohr Coulomb failure envelope is an elastic solution and it does not consider plastic deformation conditions. Elastic deformation conditions are observed when a material is deformed with stress and then when the stress is removed the material returns to its original form. Plastic deformation conditions are observed when a material is deformed beyond its elastic limits, meaning the material is permanently changed, so that when the stress is released, it no longer can go back to its initial condition. Sheer failure can typically be considered to be more of a plastic failure mode. Pore collapse is also considered a plastic failure mode. Accordingly, some reservoir evaluations may require a more rigorous solution taking into consideration the plastic-elastic finite element models that are readily available, such as known Drucker-Prager and Modified Lade models. These more sophisticated models use more complex elastic-plastic failure modeling that requires a multitude of core testing at different confining stresses to generate them. It is quite a complex process to develop one of these more sophisticated failure envelopes.
Once the failure mode or modes have been determined through hydrocarbon recovery modeling such as was just described in the above example using a simple Mohr Coulomb failure envelope or by using some other model or combination of models, the process to optimize selection of completion and well design continues on to box 80 of
Typically, hydrocarbon recovery modeling has incorporated geo-mechanical modeling to help with drilling operations planning, where the primary concern is wellbore stability during drilling. In particular, geo-mechanical models that are most readily available right now have traditionally been focused on optimizing the drilling process, for example determining the right direction for optimum wellbore stability, to prevent a loss of circulation or a hole collapse. As illustrated in
Typically, at the completion stage, the well planning and drilling is already done. Historically, if geo-mechanics were used in hydrocarbon recovery modeling and evaluation, they were used from the standpoint of borehole stability and drilling optimization. Therefore, at the completion stage, the wellbore has already been drilled without completion selection or design considered and now is to be evaluated for completion selection and design for the borehole in place. Doing a better job of completing the well can have a long-term effect on the life and productivity of the well. The system and process described herein enables an optimal pre-drill completion selection, so that the optimal borehole can then be planned and drilled to fit the best completion option for the reservoir particulars.
A process for selecting well completion and design as described herein may generally be implemented in whole or in part on a variety of different computer systems.
As is well known in the art, ROM acts to transfer data and instructions uni-directionally to CPU 1332, while RAM is used typically to transfer data and instructions in a bi-directional manner. Both storage devices 1334, 1336 may include any suitable computer-readable media. A secondary storage medium 1338, which is typically a mass memory device, is also coupled bi-directionally to CPU 1332 and provides additional data storage capacity. The mass memory device 1338 is a computer-readable medium that may be used to store programs including computer code, data, and the like. Typically, mass memory device 1338 is a storage medium such as a non-volatile memory such as a hard disk or a tape which is generally slower than primary storage devices 1334, 1336. Mass memory storage device 1338 may take the form of a magnetic or paper tape reader or some other well-known device. It will be appreciated that the information retained within the mass memory device 1338, may, in appropriate cases, be incorporated in standard fashion as part of RAM 1336 as virtual memory. A specific primary storage device 1334 such as a CD-ROM may also pass data uni-directionally to the CPU 1332.
CPU 1332 is also coupled to one or more input/output devices 1340 that may include, but are not limited to, devices such as video monitors, track balls, mice, keyboards, microphones, touch-sensitive displays, transducer card readers, magnetic or paper tape readers, tablets, styluses, voice or handwriting recognizers, or other well-known input devices such as, of course, other computers. Finally, CPU 1332 optionally may be coupled to a computer or telecommunications network, e.g., an internet network, or an intranet network, using a network connection as shown generally at 1312. With such a network connection, it is contemplated that CPU 1332 might receive information from the network, or might output information to the network in the course of performing the process in accordance with the present invention. Such information, which is often represented as a sequence of instructions to be executed using CPU 1332, may be received from and outputted to the network. The above-described devices and materials will be familiar to those of skill in the computer hardware and software arts.
In one embodiment, sequences of instructions may be executed substantially simultaneously on multiple CPUs, as for example a CPU in communication across network connections. Specifically, the above-described process may be performed across a computer network. Additionally, it will be recognized by one of skill in the art that the process may be recognized as sets of computer codes and that such computer codes are typically stored in computer readable mediums such as RAM, ROM, hard discs, or floppy discs and the like.
While the preferred embodiments of the invention have been shown and described, modifications thereof can be made by one skilled in the art without departing from the spirit and teachings of the invention. The process for selecting well completion type and design and the like for any given implementation of the invention will be readily ascertainable to one of skill in the art based upon the disclosure herein. The embodiments described herein are exemplary only, and are not intended to be limiting. Many variations and modifications of the invention disclosed herein are possible and are within the scope of the invention. Use of the term "optionally" with respect to any element of a claim is intended to mean that the subject element is required, or alternatively, is not required. Both alternatives are intended to be within the scope of the claim.
Accordingly, the scope of protection is not limited by the description set out above, but is only limited by the claims which follow, that scope including all equivalents of the subject matter of the claims. Each and every claim is incorporated into the specification as an embodiment of the present invention. Thus the claims are a further description and are an addition to the preferred embodiments of the present invention.
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Crea Concept Womenswear
Renowned for their expertly crafted soft separates, sophisticated layering and beautifully woven fabrics, this spring/summer '15 Crea Concept remains true to their ethos. Experimenting with lightweight fabrics in a draped loose fit, the range spans ready-to-wear separates from day dresses, tunics and linen trousers to fine knitwear. Utilising a natural colour palette and notes of busy polka dot pattern across key pieces, this season also offers items from the Active collection, to support any style on-the-go.
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Archive | June, 2012
Avoiding Burnout–Overuse Injuries in Kids, Part Two
By Dr. Samuel Schimelpfenig on June 29, 2012
In my last post, I talked about overuse injuries in young athletes. We have been seeing an increasing number of these types of injuries that parallels the increase in the number of children who participate in organized athletic activities. But overuse injuries are only one problem these young athletes are at risk for. Read More »
Tools of the Trade–Baby Essentials
By Dr. Shari Eich on June 26, 2012
As I write this, I am back at work after maternity leave. I spent the last seven weeks at home, caring for my newborn daughter and her older sisters. Throughout my days at home, I realized that I have accumulated quite a few products that I consider invaluable when taking care of my children. Read More »
Beef: It's What's for Dinner
By Cheryl Rude on June 25, 2012
Cheryl (left) with a teammate during the "Chopped" competition Last month I had the unique opportunity to travel from the rolling hills of Southwestern Minnesota to the Flint Hills of Kansas to participate in a nutrition adventure. As one of 43 registered dietitians from 10 different states, I attended a conference sponsored by the Kansas, Missouri and Nebraska Beef Councils titled A Nutrition Adventure: Connecting Food, Farm and Science. Read More »
A Different Kind of Physician
By Dr. Tad Jacobs on June 22, 2012
Being a Family Practice Physician While I was growing up on a farm in Ohio, my family became good friends with the family practice physician who provided our health care services. He was an inspirational man and was the one who influenced me to become a physician. Read More »
Bug Spray … Don't Leave Home Without It!
By Christine Lounsbery on June 18, 2012
Because I have two young children, summer is a busy time as we attend various camps and sporting events. Last year at one of my daughter's soccer games I forgot my bug spray. I spent the entire game trying to swat off mosquitoes. Read More »
Acupuncture: Relief for Hot Flashes
By Julie Ward on June 15, 2012
I am at that age, 45, where unexpected physical changes are happening that mentally, I am not prepared for because mentally, I am still 27. Two months ago, I developed a shin splint walking my dogs that resulted in my having to sport an unfashionable orthopedic boot for ten days (why can't someone invent an ortho boot with a kitten heel?). Read More »
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Boarding • Farm Sitters • Farrier • Horse Trailers • Horses • Miscellaneous • Real Estate • Rider • Roommate • Round Pen • Tack • Transportation • Vehicles
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GX3: Everyone Games
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Zotac GeForce GTX 980 Ti AMP! Extreme Review
PowerColor Radeon R9 390 PCS+ 8GB review
MSI GeForce GTX 980 Ti Gaming OC Review
Guru3D Rig of the Month - June 2015
AMD Radeon R9 Fury X review
Corsair RM750i power supply review
MSI Radeon R9 390X Gaming 8G OC review
ASUS Radeon R9 380 STRIX review
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NZXT Noctis 450 review
XigmaTek GIGAS review
by Hilbert Hagedoorn on: 04/18/2012 11:00 AM | Source | 0 comment(s)
SFF / MicroATX cases are typically smaller than typical ATX towers. This means that although the same standard hardware is supported, it is supported in lower quantities. Typically these boxes are used as a suitable HTPC home (home-theater personal computer), but with the looks the GIGAS offers, it would make a great gaming system as well as even lengthy graphics cards, ( up-to 320mm (12.5 inches) can be installed.
Read the review here.
« ADATA XPG SX900 SSD · XigmaTek GIGAS review · Cooler Master Extreme II PSUs revealed »
Xigmatek Gigas Brushed Aluminum Micro-ATX Cube Case Announced - 02/06/2012 01:22 PM
Xigamtek is celebrating a first with the Gigas Micro-ATX Cube, as it is their first Aluminum chassis. Even with its compact dimensions, the Gigas Cube manages to fit high-end Hardware, allowing one to...
Xigmatek Midgard II mid-tower chassis - 11/10/2011 01:41 PM
Xigmatek debuts the Midgard II, a new mid-tower case with USB 3.0, a rubberized surface feel, a hot-swap bay, and room for up to eight fans and a 280mm radiator. The successor of the popular Midgard ...
Xigmatek Asgard and Asgard II Cases Updated - 10/29/2010 11:24 AM
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Xigmatek released the Asgard II, a new all-black budget case with four 5.25" drive bays, one external 3.5" bay and six internal 3.5" bays. There's support for up to four 120mm fans and...


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21 Quick Powerful Declarations
21 Quick Powerful Declarations
21 Quick Powerful Declarations
The words you speak are powerful, remember God spoke this whole world into existence by His Word." In Joel Osteen's new book, I DECLARE: 31 Promises to Speak Over Your Life, he reminds us of the transformational power of speaking God's Word over our life. Here are 21 Quick Power-filled Declarations from the book that you can read every day...you'll be amazed at what happens.
Senior Pastor of one of America's largest and fastest congregations -- Lakewood Church, Joel Osteen is one of America's favorite pastors and Christian leaders. He resides in Houston with his wife, Victoria, and their children. Get your copy of his latest book I DECLARE Here.
Hollywood Faith Facts: Marvin GayeSoul legend Marvin Gaye led a life that many only dream of. His early Christian...
Success Sundays: Debbie Sterling, Founder of GoldieBloxGirls like to play with more than just dolls and dresses - and Debbie Sterling...
5 Spiritual Vacations That Will Elevate Your FaithNeed a getaway? Take a cruise that will bring new life to your spirit, draw...
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The Message audio Bible is now available on Bible Gateway! Click to learn more.
house of the unripe fig, a village on the Mount of Olives, on the road from Jerusalem to Jericho (Matt. 21:1; Mark 11:1; Luke 19:29), and very close to Bethany. It was the limit of a Sabbath-day's journey from Jerusalem, i.e., 2,000 cubits. It has been identified with the modern Kefr-et-Tur.


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You are a fan of recon moneyz ? Come to discover the best forums recon moneyz on the internet and share your experience with a community fan of recon moneyz . You can also build a forum recon moneyz and create your online discussion.
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Spartan's and ODST's work as one to fight the Covenant
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Hello! Join us monthly as we finish all of our UFOs, start new fun designs and learn new techniques. Bring your hook, needles, and yarn and let's have some fun!
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So yesterday was Valentines Day!!! I actually had forgotten that it was even going to be Valentines Day until I was reminded by MANY bloggers... This Day is just like any other day to my Husband and I... Because EVERY day is a DAY of LOVE for us... Every Day is treated Precious, Sweet and FULL of LOVE!! Special Things are done like Leaving Notes on Pillows, Gifts Hidden just Because, Special Meals Made to just show the other how much they are LOVED... So Valentines Day is an EVERY day … [Read more...]
From My Valentine…
Sew-Crafty Tuesday #10…
So how about we get this PARTY Started!!! With All Your Wonderful Linkies From…. Sewing, Crafting, Painting, Tutorials, Money Saving Tips, Thrifty Finds, Recipes, Etc…. Little Miss Hostess.. only ask that you be a SWEET PEA and Link back to her Sew-Crafty Party… Or provide a button on your page for others to find and join in on the FUN!!! … [Read more...]
Apron`ology Feature #4…. Nesting
This is the fourth Apron that was featured in Apron`ology You can go Here, Here and Here to see the other Aprons if you missed them This Apron is one of my Favorites.. I LOVE that it is both Corky and Sweet.... Just like the little girl that wears it.. Thank you so much for all your SWEET compliments on all the Aprons shared.... … [Read more...]
Apron`ology Feature…. Simply Tweet
This is Apron #3 that was featured in Apron`ology if you missed the other two you can go Here and Here This Apron is... Simply Tweet Each Apron is Appliqued and Hand Embroidered This one is just.... Linking Up Here … [Read more...]
Apron`ology Feature #2….. The Bee's Knees
This is the 2nd Apron Featured in Apron`ology if you missed the First one you can see it HERE I LOVE LOVE LOVE the color combination of this Apron It has SPRING written all over it... That's why it is.... And... of course we can NEVER EVER forget those Pretty Little Apron Strings The Pattern for this will also be available soon … [Read more...]
Apron~ology Feature… Bumble My Bee…
I was Thrilled when I was asked to send in some of my Aprons to Apron~ology... then I was even MORE thrilled when I found out that they were ALL going to be in the Magazine... Four of them that is... :) This is one of the Aprons featured... I will be posting on them individually Bumble My Bee I designed each Apron and then Appliqued and Hand Embroidered it Aprons are one of my FAVORITE things to make and wear But... Not only do I LOVE wearing them... Our … [Read more...]
Linky Party Blog Hop….
I am joining in on the Party Hop are you..?? RULES: 1. you MUST have the LINKY FOLLOWERS tool on your site to participate. {You can have both the LINKY FOLLOWERS & GFC on your site but you must have the LINKY FOLLOWERS to participate in this party hop.} 2. You MUST follow the person who has the party on their site as a thank you. 3.Just add your blog button to the LINKY PARTY below. 4.Then grab the BLOG HOP code You will find the code right under the Linky Party where it says … [Read more...]
Sew-Crafty Tuesday #9… and Highlights
Here's a Tasty treat that Mindie shared from Bacon Time And How about this YUMMY craft room that Andrea did over at... The Cottage Market How about this BUNDLE of treats that Polly shares with us over at... Helping Little Hands And for those days you need a little extra Warmth and Comfort... Check out this Cute Tutorial from the Letter 4 Then you would MOST certainly want to settle in for some SWEET dreams in this Adorable room done by Knot All That I Seam So how about we … [Read more...]
DIY Dish Towel Skirt….
I was on the HUNT for some RED items needed for another photo shoot... And... Of course where do you go when you need FUN and CUTE things at a DECENT price...?? You go to... Home Goods I didn't go out Looking or Needing dish towel's ( I was looking for Dishes ) But if your at Home Goods going down EVERY isle is a MUST!!!! And the moment I saw these ADORABLE Dish Towels I new INSTANTLY what I wanted to do with them... That is if I could find enough.. I FRANTICALLY began digging through … [Read more...]


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Are you Alexander Feinstein?Claim your profile
Publications (2)6.49 Total impact
- SourceAvailable from: Alberto Diez-Tejedor[Show abstract] [Hide abstract]
ABSTRACT: We study the possibility that a generalised real scalar field minimally coupled to gravity could explain both the galactic and the cosmological dark components of the universe. Within the framework of Einstein's Relativity we model static galactic halos by considering the most general action built from the scalar field and its first derivatives. Although the gravitational configuration is static, the scalar field may be either static, or homogeneous and linear in time. In the case of the static scalar field, the models we look at inevitably posses unphysical negative energies, and we are led to a sort of no-go result. In the case of the homogeneous scalar field, on the contrary, we find that compact objects with flat rotational curves and with the mass and the size of a typical galaxy can be successfully modeled and the Tully-Fisher relation recovered. We further show that the homogeneous scalar field deduced from the galactic halo spacetimes has an action compatible with the kinetic Unified Dark Matter models recently proposed by Scherrer. Therefore, such a homogeneous kinetic Unified Dark Matter not only may correctly mimic the galactic dynamics, but could also be used to model the present-day accelerated expansion in the universe. Comment: Minor cahanges, some misprints corrected. References added. Matches the print version. To appear in Phys. Rev. DPhysical Review D 04/2006; 74(2). DOI:10.1103/PhysRevD.74.023530 · 4.86 Impact Factor
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ABSTRACT: We show that short-range interactions between the fundamental particles in the universe can drive a period of accelerated expansion. This description fits the early universe. In the present day universe, if one postulates short-range interactions or a sort of "shielded gravity", the picture may repeat. Comment: 4 pages, 1 figure. Discussion expanded. Some references added. Matches version in print. To appear in Phys. Lett. APhysics Letters A 05/2005; 350(5-6). DOI:10.1016/j.physleta.2005.10.030 · 1.63 Impact Factor
Top Journals
- Physics Letters A (1)
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Universidad del País Vasco / Euskal Herriko Unibertsitatea
Leioa, Basque Country, Spain
- Theoretical physics and Science History


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On Saturday, June 1 we had the mad auction skills of the hilariously droll Matt Ingebretson (yeah, we didn't know how to pronounce it either), who produces his own comedy showcase "Art Fuck" and contributes to Funny Or Die and The Onion. He also has a brand new comedy album Holy Fuck.
This month's auction beneficiary was My Friend's Place, which assists and inspires homeless youth to build self-sufficient lives. Through their nonprofit drop-in resource center and programs in Hollywood, they offer a comprehensive continuum of care, health, educational, and therapeutic services to over 1,700 homeless youth and their children each year. They're a really great organization which is close to our hearts here at Amoeba. And of course, as always, we match any bid so the bid is doubled!
We were also accepting donations of new socks for My Friend's Place – so it was our own "Sock Hop" – and customers donated socks for a $2.00 off coupon.
We started hosting our charity auctions back in 2005 when Hurricane Katrina hit New Orleans and over the years we've raised a ton of money ($450,000 +) for New Orleans, Green charities, Animal charities, Doctors Without Borders and many local organizations. It is a great place to score all kinds of rarities and signed items, as well as concert tickets and crazy promo items.
Matt was addictively funny, with his dry "I don't understand Bjork, do you?" and..."we're all dying!! Dying every single day!! Go to a show already. Buy some tickets to a show! Do something for the youth of LA...buy these tickets!" He was also deceptively wry. Meaning, you didn't even know how funny he was until about a minute after he said something, and then you started laughing out loud. There was a 60 second delay on Matt's dry, deadpan delivery – but it was bitingly hilarious.
On Saturday, June 1 we had the mad auction skills of the hilariously droll Matt Ingebretson (yeah, we didn't know how to pronounce it either), who produces his own comedy showcase "Art Fuck" and contributes to Funny Or Die and The Onion. He also has a brand new comedy album Holy Fuck.
Fred Armisen and Captain Sensible (from The Damned) surprised Amoeba Hollywood and passersby with an impromptu set in front of our store last night! Right around closing time, Armisen and the Captain, both with acoustic guitars in hand, broke out into song as a camera man filmed. This was a complete surprise to the Amoeba staff and we had no time to try and rally up our own film crew to capture the show! Luckily, one of our staff members recorded some cell phone footage of the performance. Thanks to Fred Armisen and Captain Sensible for the special surprise. That was very cool!
Fred Armisen and Captain Sensible Live Outside Amoeba
Watch and Comment on YouTube
The 2nd Annual Sunset and Dine is upon us, taking place June 13 at Academy Hollywood, the outdoor theater at the AMPAS (Academy of Motion Picture Arts and Sciences) Pickford Center. The event brings together local businesses for an evening of food, drinks, booths and a movie screening — this time it's the classic Hollywood film noir Sunset Blvd.
Amoeba Hollywood has tickets available for the event at $30, plus a $2 service fee. Tickets garner visitors access to beer and wine, plus free food samples from local businesses. Amoeba will be on hand at the event with a booth featuring Amoeba goodies and a DJ. Come say hello!
Sunset and Dine kicks off Academy Hollywood's Oscars Outdoors series, screening movies most Friday and Saturday nights throughout the summer.
The celebration is put together by the non-profit board Central Hollywood Coalition, which manages the Sunset & Vine Business Improvement District (BID), dedicated to revitalizing a 15-block stretch of Sunset Blvd.
Academy Hollywood is located at 6322 DeLongpre Ave. in Hollywood.
You may not know that Keaton Henson, a 24-year old London-based singer/songwriter and illustrator, often suffers from a serious case of stage fright. He rarely plays live as a result of his fear. In fact, his intense yearning for privacy almost prevented his music from being released to the public. We are honored to announce an exclusive live performance by Mr. Henson as part of our Green Room Session series. Watch him perform songs from his latest album, Birthdays, as well as "You Don't Know How Lucky You Are" from his debut release, Dear, in the Amoeba Hollywood green room.
Keaton Henson - Gare Du Nord (Amoeba Green Room Session)
Watch and comment on YouTube
Watch the full performance on Amoeba.com
Picking up right where Dear left off, with Henson's signature acoustic melancholy sweetness, Birthdays opens to the sound of ambient clanking and background footsteps that quickly set the tone for what's to come. Over gently plucked guitar chords Henson sings, "by all means give me lessons in my ways, but damn it don't expect me to change." Expect more of the same from Henson (which is a good thing) and also expect to be surprised! The second half of Birthdays steps up production style to incorporate tightly produced drums with distorted guitars giving Henson's songs a bigger, more fuller sound. It's a nice build to the overall flow of the album and really showcases Henson's capabilities as a songwriter and musician.
Laura Marling visited Amoeba Hollywood May 20, on the eve of releasing her latest album, Once I Was an Eagle. Appearing solo, she demonstrated the range and power of her deep, droning strum and her voice, which she wields magnificently, going from a high, quavering coo to deeply intoned phrases that land like a dull arrow to the heart. "Damn all those people who don't lose control" she sang in passionate monotone on her extended opening track, "You Know," immediately drawing in the sizable crowd gathered to see her. She pulled out bluesy riffs for "Master Hunter," which spurns a would-be lover by turning around a key Dylan phrase — "if you want a woman who can call your name, it ain't me, babe."
Her next song belied its sweet melody and charming country arrangement with dark lyrics about depression and loneliness ("I couldn't get out of bed, I was all in my head" she sings before warning her paramour, "just don't go bleedin' me dry"). Marling expressed her excitement about playing Amoeba, saying it even surpassed playing L.A. for the first time, at acoustic music haven Hotel Cafe, and said she'd bought a psychobilly comp at the store. Her next song, a languid, prairie ballad saw her calling to mind Emmylou Harris-style heartbreak. On her closing track, Marling took listeners on a more serene journey, chanting "pray for me" over a steady jangle, channeling quiet pain into exquisitely lovely music.


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Evening Pants Suits
> 1024. Evening pants suits for women-JACKET ONLY
Our Handmade Pants Suits And Dresses Are Made According To Your Measurements. Dear Customers If You Have Any Issues or You Would Like A Refund Please Request One. Please Contact Us By Email. Please Do Not File A PayPal Dispute or Charge backs Its Un-necessary. Delivery Takes 4 to 6 Weeks During Busy Seasons A little Longer. Please let Us Know If You Need A Rush Order!
1024. Evening pants suits for women-JACKET ONLY
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Our Handmade Pants Suits And Dresses Are Made According To Your Measurements. We Will No Compromise On The Quality To Lower The Price. If You Want A Cheap Suit Please Shop Somewhere Else! Thank You! Dear Customers If You Have Any Issues or You Would Like A Refund Please Request One. Please Contact Us By Email. Please Do Not Filed Any PayPal Disputes or Charge backs Its Un-necessary. Delivery Takes 4 to 6 Weeks During Busy Seasons A little Longer. Please let Us Know If You Need A Rush Order!
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Set A "4 Boy cards"
Set B "4 Girl cards"
Set C "2 Girl cards & 2 Boy cards"
Instructor: Charmagne Gibb $26
Sunday, July 5, 2015, 11:00 am -1 pm or, 2 pm – 4 pm
Join Charmagne in this fun filled card class to create 4 whimsical cards made especially for the kids/grandkids in our life.
We are icing our cupcakes and swirling our ice cream with coloured embossing paste. Choose a set of 4 cards for either boys or girls or mixed set (2 boys & 2 girls).
Each Participant must bring to class:
– Adhesive: double sided tape (Sookwang or tape runner)
-3-D pop up dots, mini glue dots & clear drying glue
– Scissors & tweezers
– Please bring if you have: Palette knife
Any of these supplies can be purchased before class.


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It took some time, but you guys responded to my request — I got some good e-mails this week (including two from outside the United States) about a variety of Patriots-related stuff, including questions if Terrence Nunn or Brandon Tate can contribute this season, the future of Joey Galloway, the state of the Pats defense and whether or not Stephen Gostkowski can set an NFL record. Keep sending your questions to firstname.lastname@example.com — we're going to do this every Wednesday, people.
On to the mail.
Hey Chris,
Do you see either Terrence Nunn or Brandon Tate having any sort of impact on the team this year? And, how do you think Gary Guyton has adjusted to the overall role as leader of the defense?
Cheers, Chris
Paul, London
A: Nice — first e-mail from overseas. I think the Patriots really like Nunn, but they see him as an unfinished product and would like him to get a year in the system before he takes any significant snaps. I see him spending the 2009 season as a practice squadder, but he could challenge for the role of third or fourth receiver next year. Consider it a redshirt season for him.
I believe that Tate may see time this season for several reasons — there is some uncertainty at the return spot, and there also is some concern about depth at wide receiver. The Patriots worked out several wideouts last week, and one of them (Chris Davis) also has some experience as a returner. Currently Tate, who injured his knee last year at the University of North Carolina, is on the non-football injury list and cannot practice or play with the team until after Week 6.
And for what its worth — if a player is shut down for the season, he doesn't talk to us. Not at all. Avoids us like the plague. For example, I've tried to talk to Tyrone McKenzie on a couple of occasions, and he's politely declined interview requests. It's clear there's no such mandate on Tate, who has talked with reporters on a couple of occasions. It's a small thing, but another point that leads me to believe he will contribute this season.
As for Guyton, he has made mistakes, but I believe he has done as well as can be anticipated. The Patriots have made things easier for him, disguising him on occasion — they played a lot of 4-2-5 in Week 2 against the Jets. He has missed a few tackles, but overall, he has done well. Going from being an undrafted free agent to making the defensive calls within two seasons is a big leap, and is one that Guyton can be proud of.
For two games, I was hesitant to praise the defense too much, since Buffalo is not considered by most to be a powerhouse, and the NYJ had a rookie QB. Yet, after the Falcons game, it seems as though NE may have an unappreciated, solid defense.
1) How long before we can state with certainty that the Patriots defense is better than advertised?
2) Were the "big names" (yet older players) on defense holding the team back, and is the team better off with the Pryors, McGowans, and Wilhites of the world?
Nova Scotia
A: Another international e-mail — the mailbag is going worldwide. Farn, I think that some of that praise can be attributed to lowered expectations. (They had so many new faces on the defense at the start of the season, it was difficult to peg how well they would do as a unit right out of the gate.) But at the same time, I do think the New England defense has played well through the first three games of the season, especially without Jerod Mayo for a sizable chunk of that time. In the last two games — against teams with a combined 5-1 record — the Patriots have allowed two touchdowns. I think you can state right now that the defense has been better than advertised.
I don't think, however, it was a case of the older guys holding them back. I think the secondary has performed better than it did last season — Brandon McGowan and Leigh Bodden have played very well. There was a point where the Patriots simply had to get younger on defense, and they had to do it without losing some oomph. It remains to be seen if the young guys will be able to pick up where the others left off, but three games in, they're off to a better-than-expected start.
Chris —
This Patriots defense has far exceeded my expectations this year. Is our defensive secondary able to hold up all year with the defensive line generating little to no pressure?
James Christensen
A: I think the defensive front hasn't been able to generate any real pressure on the opposing quarterbacks through three games. (In particular, Derrick Burgess has not performed up to expectations.) This season, opposing quarterbacks have dropped back 75 times, have been hit 12 times, and have taken six sacks. (Those numbers look even worse when you consider that two of those six sacks came at the end of the Buffalo game, when the Bills were in a must-pass situation.)
At the same time, through three games, the New England secondary has surpassed expectations, so the imbalance hasn't really been an issue. The Pats have allowed just one touchdown pass in their last two games, none of them to an opposing wide receiver. With the exception of one blown play against the Jets (a 45-yarder), they've done a nice job of limiting the big plays. And the arrival of both Leigh Bodden and Brandon McGowan have added a level of physicality to the secondary that was missing last season.
Will they be able to sustain this model? No. (Against high-powered offenses such as New Orleans and Indianapolis, they'll have to do a better job of playing complete team defense, especially when it comes to generating a sustained pass rush.) But when it comes to the secondary, it's a far cry from where they were last year.
Hi Chris,
Steve Gostkowski has been around the football quite a bit on kickoff returns, along with a fumble recovery. So far, he's recorded one tackle, and the way he plays it looks like he's not afraid to make a few more this season. Which makes me wonder — what's the NFL record for tackles by a kicker during a season?
A: I've checked this in a few different places, and the record-holder is Joe Nedney, who had eight tackles as the kicker for the Tennessee Titans in 2002. (Of course, the fact that Nedney is built like a linebacker at 6-foot-5 and 234 pounds probably didn't hurt.) According to the Patriots, Gostkowski actually has a pair of tackles on the season — one each in the first two games.
1) Do you see [BenJarvus] Green-Ellis becoming important to the team? He obviously did something to keep a roster spot, when will we see him? Is he perhaps in the long-term plans?
2) Two and three tight end sets are looking like the way to go right now. Health assumed, can we expect career years from Watson and Baker?
A: I think Green-Ellis does a great job providing depth at the running back spot. You need a young back somewhere on the depth chart, especially when you consider three of the four backs in front of him are 32 or older. When he's been called on, he has done well — he ran for 105 yards in a win over Buffalo last November. And he's also become a fairly regular presence on New England's special teams.
However, in this offense, with backs such as Fred Taylor, Laurence Maroney and Sammy Morris in front of him, I think it will always be a struggle for playing time. It's worth mentioning that he is only under contract for the 2009 season, so if he is in New England's long-term plans, something will have to be worked out down the road.
I agree that we've seen a lot of two and three tight end sets, but I think the Patriots operate out of those formations, those are run-first, pass-second offensive sets. As a result, I don't think Baker and Watson will catch too many extra passes. But at the same time, I believe those two remain great weapons in the red zone. So, while I don't think we're going to see them have career years in terms of receptions and yardage, I wouldn't be surprised if their touchdown numbers increase.
Hello Chris,
The Pats have been moving the ball well but have not been very proficient in the red zone. It seems to me that they are really tipping off defenses by going in to a shotgun formation when they're inside the 20; out of the shotgun they almost always pass and rarely run. With the success the Pats had running the ball, would you expect to see not only more run/pass balance, but also more snaps from under center? I understand the need to use the shotgun at the end of the half and end of the game, but I don't follow the reason for using it close to the goal line when receivers already have a shorter field to run their routes.
Also, Baltimore has what may be the NFL's best run defense. With that in mind, do you think the Pats will go back to passing the ball more this week? Or do you think they will try to continue with what worked against Atlanta, running out of a two-tight end formation?
Thanks for putting together the mailbag as well as your columns,
A: John, that's a great question — and I'm not just saying that because of the nice words. It was one that sent me back to the tapes of the first three weeks. Of the four red-zone touchdowns they have scored, the Patriots have been in the shotgun for two (two touchdown passes to Benjamin Watson) and Tom Brady has been under center for the other two (a pair of runs for Fred Taylor). Meanwhile, the misfires in the red zone on almost every play have come while New England has operated out of the shotgun. (This was the case almost exclusively for the first two games, while it was roughly 50-50 Sunday against Atlanta.)
All that being said, however, I don't think the fact that they were operating out of the shotgun more often than not is the reason for the Patriots' red-zone woes. There has been a distinct lack of crispness and overall execution when the offense has gotten inside the 20-yard line. There have been dropped passes, miscommunication and bad penalties that all have contributed to the fact that the Patriots are just 4-for-13 in the red zone through three games.
I do think that New England will pass the ball this week — the Ravens are the best team in the league at stopping the run. If the Patriots do run the ball, they will run some draws and maybe a reverse or two to try to negate Baltimore's aggressiveness and tendency to overpursue.
Hello Chris,
A lot of Pats fans are talking about Joey Galloway, saying he was a mistake and should be cut, etc. Personally, I'm of the opinion that some of those missed passes were either bad passes (such as the one in the end zone against the Jets) or Brady not having enough time (the last play of the game against the Jets, for example.)
What's your opinion? Do you think the Patriots should have kept [Greg] Lewis, [Jabar] Gaffney or {Kelley] Washington instead? Are fans overreacting, or is Galloway's play as really as bad as some make it out to be? At what point would Belichick take Galloway off the field and replace him with [Terrence] Nunn, [Matthew] Slater or a second tight end due to lack of confidence in him?
Thank you,
Hugh Culverhouse
A: This probably isn't the Hugh Culverhouse I'm thinking of, but nonetheless, it's good to hear from South Florida. Galloway is a mystery — he clearly is not on the same page as Brady. You are correct when you say that some of that miscommunication is the fault of the quarterback. In addition, it can be very difficult for a new receiver to come into the New England offense.
But Galloway also shares a large part of that blame. It's not like he was just dropped in here a week before the start of the season. He's had plenty of time to get up to speed on things. I've said this before, but for me, Galloway reminds me of what John Smoltz went through with the Red Sox: He's a classy veteran who still has something left, and came to New England in hopes of making a run at a championship. But the acclimation process to a new team/offense hasn't gone smoothly at all. I don't see them pulling the plug on Galloway, but at the same time, I wouldn't be surprised to see Julian Edelman or Sam Aiken get more time at the receiver spot.
As for the others, I still think that Jabar Gaffney would have been a better fit in this offense. The Greg Lewis release still puzzles me — Belichick confessed in training camp that he had tried to land Lewis for several years. However, I don't think Washington would have made much of a difference — he's played well this season in Baltimore, but at this stage of his career, he was far more valuable as a special teamer than a wide receiver.
Even with all the struggles he's had through the first three weeks, Galloway is on pace for 35-40 catches, which would compare favorably to the work of the No. 3 receivers that Patriots have had the last two seasons (Gaffney had 38 in 2008, and Donte Stallworth had 46 in 2007).
Against the Falcons, Bill Belichick went with Myron Pryor rather than Ron Brace after Vince Wilfork sprained his ankle. What is your take on that? Was it a case of Pryor matching up better against the Falcons than Brace? Pryor having practiced better and passing Brace on the depth chart? Maybe Belichick trying to motivate Brace to work harder? I was pleased with Pryor's play but surprised to see him in there rather than Brace.
Also, any clue yet on how long Wilfork will be sidelined? When he's out should we expect Pryor to continue to be the first off the bench, ahead of Brace?
A: I agree with you — I love Brace, and actually picked him to be my Pats Rookie of the Year. However, Pryor played well on Sunday, and everyone had encouraging things to say about his performance after the game. Director of player personnel Nick Caserio was asked about the Brace/Pryor question in his weekly conference call on Tuesday, and said: "The way the game was going, there might have been a little bit more of a role for Myron," which leads me to believe it may have been a matchup issue.
All reports indicate that Wilfork's ankle injury is not serious, but at the same time, I don't think the signing of Terdell Sands earlier this week is an isolated incident. If Wilfork is out for any sustained length of time — and assuming Sands can pick up the scheme quickly — I wouldn't be shocked to see Sands and a combination of Pryor and Brace at defensive tackle.
The guys react to what Don Banks had to say and get into some more thoughts on Deflategate. Are McNally and Jastremski ever going to break their silence and give their side of the story? Price says yes ... eventually.
Don Banks talks with the NFL Sunday boys about his reaction to Brady's appeal, where we go from here and the NFL's motives and decisions throughout the process. He also gets into the Pats offseason so far and their weakness at CB. Don gives his take on the AFC East this year and how some of the Pats' rivals have improved.
Greg and Price discuss their thoughts on some of the reports that have leaked after Tuesday from Brady's appeal hearing. The boys talk about what the reaction will be if Brady decides to accept a 1-game suspension. Fans want a complete exoneration, but there's a good chance that they won't get that - how will they react? They also talk with Mike Petraglia and get his thought on the appeal and more.
How long will this rebuild take? How much money will it take to keep Bae Crowder? Are Draft Picks even worth anything? With the Danny Ainge not landing any big names in the draft, and unable to lure any big names in free agency, Sam and Ben discussed if the Celtics are doomed moving forward.
Sam is joined by Jared Weiss from The Garden Report and CLNS Radio to breakdown game 4 of Cavs-Warriors, preview game 5 on Sunday, and analyze the Celtics needs this off-season.
Greg Dickerson and John Tomase discuss the amazing season for the Celts and if they have any chance against Lebron and the Cleveland Cavs in a seven game series. If they do, HOW ... how do they get it done?
Joe & Dave talked to the Sox starter, who threw a much-needed complete game win against the Astros at Fenway Park.
Joe and Rob Bradford talk with Red Sox outfielder Alejandro De Aza about the Red Sox solid road trip and offensive outpouring in a win against Toronto.
We discuss the state of the Sox, specifically Rick Porcello, with Red Sox Manager John Farrell.
Don Sweeney, who was hired as the Bruins general manager yesterday speaks with Dale and Holley about his new position and where the Bruins go from here.
The awesomely knowledgeable Fluto Shinzawa calls DJ, Naoko and Pete to talk about his thoughts on the future of the B's. He discusses his column from earlier this week on Cam Neely wanting to give Claude the ax earlier in the season but not getting the ok. Fluto shares his thoughts on Chiarelli's firing, the future for Claude and where the Bruins should go from here. He also gives his opinion on potential moves the team can make, who would fit in here, his thoughts on the NHL playoffs so far and more.
In the final hour of the "midseason finale" as DJ likes to call it, the crew discuss more about the future of the Bruins franchise, the possible power struggle in the front office and who should be the head coach going forward. They talk to intelligent and talented Fluto Shinzawa about all of these thing and more in an excellent interview, and finally, DJ says THANK YOU!
Gary and Ben on the Pats.
The guys discussed the latest Red Sox news with Larry.
The top stories of the day as recounted by Gary Tanguay.
Conor McGregor has harsh words for Floyd Mayweather on Conan, Colbert hosts public access TV & will Joey Chestnut defend his title in Hot Dog Eating Contest?
Discussing Greg Monroe signing with Milwaukee and debating if that gives hope to a cold weather city in Boston
Kicking around the dream of acquiring a pitcher like Sonny Gray and how much you would have to give up in order to acquire that caliber talent
In honor of the 4th of July holiday, guest hosts Rob Bradford and Andy Hart examine the four worst renditions of the Star Spangled Banner at sporting events.
WEEI.com's Rob Bradford and Andy Hart of Patriots.com are in for Dale, Holley, and Thornton. Bradfo and Hart take some time to discuss the upcoming issues for Pats training camp, including what QB reps will be like between Brady and the backups.
Rob Bradford and Andy Hart are in for Dale, Holley, and Thornton and are joined by Houston Astros writer Evan Drellich of the Houston Chronicle to preview the weekend's Red Sox - Astros series as well as to get the inside word on the St. Louis Cardinals hacking scandal.
WEEI Bruins Reporter D.J. Bean joins Mikey Adams and Lenny Megliola to talk about the signing of winger Matt Beleskey on the opening day of NHL free agency.
With 80 games played for the Red Sox, Mikey Adams wants midterm grades for several players. Also, after another Rick Porcello clunker in Toronto, callers and texters give unflattering Porcello Limericks. Lenny Megliola and Textress Lucy are along.
Danny's early thoughts on Celtics drafting Terry Rozier at the 16th pick
Ben, Russ & Alex discuss the Revs continued downfall & argue over The Mighty Ducks movie franchise
Ken Laird and Ryan Hannable are joined by special guests Mike Mutnansky of the Red Sox Radio Network and Red Sox minor league hitting coordinator Tim Hyers to talk Sox prospects. What do the struggles of Rusney Castillo and Rick Porcello in the majors mean? Also, the international signing period begins July 2, looking back at past Latin American signings. And June selections for affiliate players of the month
How long will this rebuild take? How much money will it take to keep Bae Crowder? Are Draft Picks even worth anything? With the Danny Ainge not landing any big names in the draft, and unable to lure any big names in free agency, Sam and Ben discussed if the Celtics are doomed moving forward.
Gary and Ben on the Pats.More from this show
Ken Laird and Ryan Hannable are joined by special guests Mike Mutnansky of the Red Sox Radio Network and Red Sox minor league hitting coordinator Tim Hyers to talk Sox prospects. What do the struggles of Rusney Castillo and Rick Porcello in the majors mean? Also, the international signing period begins July 2, looking back at past Latin American signings. And June selections for affiliate players of the monthMore from this show
The guys discussed the latest Red Sox news with Larry.More from this show
Discussing Greg Monroe signing with Milwaukee and debating if that gives hope to a cold weather city in BostonMore from this show
Former Bruins head coach Don Cherry joins MFB to talk about the recent Bruins trades and free agency signings.More from this show


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CNN takes on police 'militarization'
CNN compares the newest innovations of police technology and specialty vehicles with action movies like The Hunger Games and Terminator.
Join the discussion
CNN takes on police 'militarization'
PoliceOne top 5
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