Abstracts Curvilinear fiber reinforced variable stiffness structures (CFRVSSs) can be
designed by adjusting the local fiber orientation and content to maximize the performance …

A multi-physics model is proposed to predict the changes in the constitutive behavior of
cross-linked polymeric systems due to damages induced by deformation, oxidation …

Biodegradable synthetic hydrogels have emerged as promising materials for tissue
engineering and drug/cell delivery applications. However, their successful implementation …

In the present work, a phase-field fracture model is developed to create an experimentally
validated, physically motivated, and computationally tractable framework to predict the …

How to solve the divergence between natural and accelerated aging behavior is the core for
the lifetime prediction of polymeric materials, so special attention should be paid to the …

This paper presents a fully coupled thermodynamically consistent diffusion–reaction-
deformation cohesive model for pyrolytic carbon (PyC)/SiC interfacial coating in fiber …

We present a finite element implementation procedure for a phase-field framework for
fracture in elastomeric materials based on the gradient-damage theory. Governing …

Pure BMI resin based on 4, 4′-bismaleimidodiphenylmethane (BMI) and its copolymers
with various quantities of 2, 2′-diallylbisphenol A (BMI-DABPA 2–1, BMI-DABPA 1–1, BMI …

Les assemblages collés sont de plus en plus utilisés dans l'industrie aéronautique car ils
réduisent la masse totale de l'ensemble et assurent une distribution uniforme de la charge …

Polymers and their composites (PMC) have emerged as effective alternative materials in
structural, aerospace, and automotive industries due to their lightweight and tunable …