The complex nonlinear constitutive behavior of amorphous polymers has been extensively
investigated in numerous experiments, displaying a strong dependence on the thermal …

In this paper, a recently proposed finite strain visco-elastic visco-plastic (three-dimensional)
constitutive model is extended to predict the nonlinear response of amorphous polymers …

Compared with the unoriented polymethyl methacrylate (PMMA), oriented PMMA has much
better mechanical properties, hence widely used in engineering structures. To establish a …

To promote the application of amorphous glassy polymers in structural components, a
reliable prediction of the deformation and the potential fracturing behaviors is in demand …

This study introduces a mathematical model for detailed characterization of temperature-
responsive polymers, focusing on critical temperature, viscosity, storage modulus, their rate …

Research on data-driven constitutive models has demonstrated their outstanding ability to
provide highly accurate predictions of the general stress-strain response after learning from …

In this paper, we introduce a comprehensive 3D finite-deformation constitutive model for
shape memory polymers focused on addressing the Mullins effect when subjected to …

A physically-based constitutive model for predicting the mechanical response of amorphous
glassy polymers at room temperature and low strain rates was established within the frame …

As a significant means of plastic deformation in polymers, shear bands play a crucial role in
material failure and performance optimization. In this paper, the finite element method is …

Thermoplastic polymers used in aeronautical structures such as poly-ether-ether-ketone
(PEEK) usually exhibit nonlinear stress-strain relationships, which can be usually predicted …