Is DC motor model give similar output to BLDC motor model with identical parameters?
A brushed DC motor can be thought of as a brushless DC motor with electromechanical commutation -- and the brushes are half of that commutation mechanism.
So to a first order approximation, with all else being equal, a brushed DC motor and a brushless DC motor will behave the same.
The major difference in construction is that brushed and brushless DC motors tend to be inside out with respect to each other, because it's convenient to put the coils on the rotating part of a brushed motor, and to put them on the non-rotating part of a brushless motor.
The major difference (all else being equal) in use is that a brushes wear out, and are either wimpy or dirty -- really robust brushes are made of graphite composite and leave carbon dust everywhere; precious metal brushes are cleaner but can't stand as much current.
The major difference on the market is that because of all the disadvantages of brushed motors, in consumer electronics it's uncommon to see anything but the cheapest construction in brushed DC motors.  Basically, if you're going to add the cost of good materials, you may as well make it brushless.  A typical metal-can DC brushed motor is a far cry from a good industrial DC brushed motor made with the same magnets and other materials you commonly see in RC toy brushless motors, and their performance is markedly less.  But this is mostly because of the materials used, not because of the inherent shortcomings of brushed motors.
So all else being equal, a BLDC motor and a DC permanent magnet motor with similar parameters should give similar performance.