To create bar-samples for dynamic mechanical analysis (DMA), resins PETMP-TATATO, PETMP-APE, and TMPMP-APE were pipetted into a silicone mold (2 mm x 2 mm x 40 mm). These resins were cured by exposure to 365 nm UV light (Asiga FLASH UV post-curing chamber) for 30 minutes. The bar-samples were analyzed under oscillatory flexion in an RSA-G2 DMA (TA Instruments) in three point bending mode with a 25 mm fixture. The axial force was maintained at 50 mN and the oscillation force was maintained in a range from 2 mN to 5 mN with AutoStrain in constant proportional force mode. Temperature control was maintained with a forced convection oven module using a liquid nitrogen gas source for temperatures below 30 °C and air for temperatures above 30 °C. In all cases, the sample was quenched at 5 °C/min using a 1 Hz decreasing temperature ramp step across the glass transition temperature, and subsequently a master curve was collected with a stepped frequency sweep from 10 Hz to 0.1 Hz with 10 points per decade in 5 °C increments. The temperature sweep data were manually shifted using TRIOS software (TA Instruments) to create a master curve. These master curves were then used to obtain the dynamic modulus of each sample material under the conditions used in the AFM measurements.