… mechanical response of polycrystalline materials at different temperature and strain rates
requires … temperatures (T) and high strain rate ( ε ), broadening the understanding of the strain …

… , to develop strain rate dependent deformation and failure models for the analysis of polymer
matrix composites subject to high strain rate impact loads. A micromechanics approach is …

… (2005) have compared the crushing response and crashworthiness … strain rates to their
static response. They identified three modes of brittle collapse to be functions of strain rate, …

… Regarding the applicability of micromechanical simulations for high strain rate cases, this
study assumes that the RVEs and the tested samples used for validation are both in dynamic …

… In Seetion 4, a dynamic crack growth criterion is used to model the response ofbrittle
solids under constant strain rate loading. This corresponds to the condition experienced by a …

A new micro-mechanical model is developed to predict the behavior of unidirectional polymer
matrix composite laminates under impact loading conditions and implemented in the non-…

… exhibit strain-hardening characteristics. To make use of the secant viscosity, we write
their plastic strain rate in … Such material response is often characterized by the strain rate-sensitivity …

… which the strain rate changes during the test, provide the advantage of extracting rate sensitivity
from a single test by varying the strain rate and monitoring the materials response in flow …

… Several experimental studies have been performed by prior researchers with the goal of
determining the effects of strain rate on the material properties and response of polymer matrix …

… the prelocalized response of the ply in terms of rate dependent … The micromechanics of
the strain rate dependent polymer … The model response clearly reflects observed strain rate …