The viscoelastic properties of materials such as polymers can be quantitatively evaluated by
measuring and analyzing the viscoelastic behaviors such as stress relaxation and creep …

Accurate structural analyses of continuous fiber-reinforced polymers (FRPs) are imperative
for diverse engineering applications, demanding efficient material constitutive models …

The degradation model for composite materials with interval uncertainties is a mathematical
representation of the residual properties in the degradation process. And validation …

Based on the internal state variables (ISV) theory, this paper employs a heuristic modeling
approach to investigate the compaction elastoplastic damage constitutive model of rocks …

The quest for lightweight, efficient, and corrosion‐resistant coil springs for vehicle
suspension systems has led to the exploration of alternative materials beyond traditional …

For concrete-faced rockfill dams with a medium dam height of a pumped storage power
station, the gravel overburden of the dam site will be deep and the bedrock of the riverbed …

In the framework of the model of the rigid-plastic body, the limiting behavior of thin hybrid
reinforced flat disks rotating in a steady-state regime is considered. The disks are fixed on …

Two-dimensional mesoscale finite element analysis (FEA) of a multilayered brain tissue was
performed to calculate the damage-related average stress triaxiality and local maximum von …

The future of aerospace has long been dedicated to making airplanes more lightweight and
faster than ever before. Automation is essential to achieve these goals while maintaining a …

Phenomenological constitutive models with internal variables have been applied for a wide
range of material behavior. The developed models can be classified as related to the single …