In solid mechanics, data-driven approaches are widely considered as the new paradigm that
can overcome the classic problems of constitutive models such as limiting hypothesis …

A computationally efficient model is proposed to capture the loss of mechanical performance
due to chemical aging that are formed as the competition of chain scission and cross-link …

The effect of hydrolytic aging on mechanical quasi-static responses of rubber-like materials,
in particular, the idealized Mullins effect and permanent set have been modeled. The effect …

The small bending behavior of linear elastic materials has been widespread in engineering
in the history of mechanics. With the occurrence of soft materials, finite deformation bending …

The electron energy distribution of a low-temperature dusty plasma has been measured via
a Langmuir probe. An unexpected broad peak at energy in the 2–4 V range has been …

This paper investigates nonlinear forced vibrations of homogeneous Euler-Bernoulli
microbeams with clamped-clamped boundary conditions. Here, the nonlocal strain gradient …

In this study, a stochastic constitutive modeling approach for elastomeric materials is
developed to consider uncertainty in material behavior and its prediction. This effort leads to …

The objective of this study is to investigate the size-dependent nonlinear forced vibrations of
homogeneous and functionally graded micro resonators with axially immovable ends …

This study analyzes the finite deformation and the bifurcation behavior associated with the
opening (ie, unbending and eversion) of a bilayered cylinder, with layers made of …

Nanoparticle‐infused polymer composites have long been an area of interest due to the
typically stabilizing effects they have on the mechanical behavior of the composites, as well …