This paper presents a viscoelastic temperature-and degree-of-cure-dependent constitutive
model for an epoxy resin. Multi-temperature relaxation tests on fully and partially cured …

In this paper, we present within the finite element context the numerical algorithm for the
integration of the thermodynamically consistent thermo-viscoelastic, thermo-viscoplastic …

This work aims at modeling the homogenized behavior of a polymer matrix composite
reinforced with three dimensional (3D) woven fabric. The effective warp and weft tows' …

Electric mobility is the driving force for the development of power electronic devices
embedded in printed circuit boards (PCBs). Fast charge of batteries generates large …

In previous publications by the authors (Zobeiry et al., 2006; Zobeiry et al., 2010), a
differential form of viscoelasticity was presented as an efficient approach for modelling the …

Describing accurately the creep behavior of concrete is of significant importance for the
evaluation of the long-term performance of structures. In this regard, a finer characterization …

In the present work, fracture mechanics of linear viscoelastic materials is investigated
numerically and experimentally. Herein, an effective and accurate meshfree method is …

A constitutive material law for linear thermo-viscoelasticity in the time domain is presented.
The time-dependent relaxation formulation is given for full anisotropy, ie, both the elastic and …

Interconversion of viscoelastic material functions is a longstanding problem that has
received attention since the 1950s. There is currently no accepted methodology for …

Linearly viscoelastic constitutive theories are usually expressed as a Prony series involving
fourth order tensors and retardation times. Obtaining the numerical values of the terms …