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 …

A micro-mechanical constitutive model is presented to predict the concurrent effects of
thermal aging and cyclic fatigue on the constitutive behavior of cross-linked polymers. The …

A new model is presented to predict rubber behavior during chemical aging at fixed strains.
The model is validated using a carbon black-filled nitrile butadiene rubber aged in air at …

In this work, the effects of accelerated thermo-oxidative, hydrolytic and hygrothermal aging
on the mechanical and chemical properties of a polyurethane based (PUB) adhesive are …

A multi-stressor damage accumulation model is presented to describe the effects of
concurrent thermal aging and fatigue on the failure behavior of cross-linked polymers …

We conducted a comprehensive investigation to understand the effects of sequential aging
temperature profiles on Neoprene rubber, aiming to provide a clearer understanding of the …

The development of a constitutive representation for predicting the durability of filled rubbers
upon aggressive environmental conditions is crucial for numerous technical examples but …

To assess the combined effects of thermal aging and cyclic fatigue on the constitutive and
failure behavior of crosslinked polymers, a novel physics-informed data-driven constitutive …

In the tire industry, the Payne effect and hysteresis loss of carbon-black (CB) filled rubber
vulcanizates are the most concerning issues. CB filled rubber vulcanizates are susceptible …

A generalisation of the hyperinelasticity modelling framework devised in Part I of this sequel
is formulated here, by presenting a (principal) stretches-based hyperinelastic deformation …