...Asesh Kumar Patra; Atul Kumar Sharma; D. M. Joglekar; M. M. Joglekar This study focuses on investigating hard-magnetic soft materials, characterized by magnetoactive polymers containing magnetically polarized particles as fillers. The research utilizes the Gent model of hyperelasticity to analyze...

...Lingrui Zhu; Lin Zhan; Rui Xiao Accurately predicting the hyperelastic response of soft materials under complex loading conditions has been a long-standing challenge. Previous developments have shown that incorporating the entanglement effect can significantly improve the model performance...

... of a sophisticated wrinkling region. Herein, by using strip-structured electrode couples, we enable regular and ordered wrinkling patterns in an arbitrarily shaped region in a pre-stretched substrate-free dielectric elastic membrane. By considering the electromechanical coupling in a substrate-free hyperelastic...

... 09 2019 09 11 2019 09 11 2019 20 11 2019 dielectric elastomer actuators hyperelasticity nonlinear vibration command-shaping vibration control dynamics elasticity structures vibration Soft materials exhibiting large deformation under external stimuli have gained...

...Choon-Sik Jhun; John C. Criscione Rubber materials have mostly been modeled by utilizing hyperelasticity, which have led to greater understanding and acceptable predictability of their stress-strain response. However, inherent inelastic behavior excluded by approximation has never been...

... approaches and establishes the conditions under which identical formulations are obtained. 28 06 2006 17 07 2006 Galerkin method differential equations variational techniques elasticity deformation discontinuous Galerkin elliptic equation hyperelasticity In the last...