Geomaterials such as soils and rocks are inherently anisotropic and sensitive to temperature
changes caused by various internal and external processes. They are also susceptible to …

This paper presents a numerical study of thermal shock weakening of granite rock under
dynamic loading. A fully 3D numerical scheme based on a combined continuum …

In this article we introduce a new thermo-damage model, which is capable of modeling the
softening behavior of quasi-brittle under loading condition including temperature change …

This paper presents a numerical investigation on the effects of thermal shock as a
pretreatment of rock prior to comminution. More specifically, the effect of heat shock‐induced …

This paper presents the FE formulation for the numerical modelling of chloride ions diffusion
accounting for the chloride binding capacity in meso-scale concrete. The finite element …

New initial strain energy-based thermo-elastoviscoplastic isotropic damage–self-healing
formulations for bituminous materials are developed and implemented for numerical …

This paper presents the formulation of FEMs for the numerical modeling of a poroelastic two‐
phase (aggregates/mixture phase) solid. The displacement and pressure fields are …

In this work we propose a novel procedure for direct computation of buckling loads for
extreme mechanical or thermomechanical conditions. The procedure efficiency is built upon …

The effect of combined extreme transient loadings on a structure is not well understood—
whether the source is man-made, such as an explosion and fire, or natural, such as an …

In this article, we present a variational formulation for coupled problems in thermodynamics
the most suitable for long‐term simulations of plastic behavior. We start with three‐field Hu …