In this work we present a general model for the analysis of multiphase flow in deforming
porous media with particular regard to concrete and biological tissues. Such problems are …

Physical phenomena in heated concrete, leading to thermal spalling are discussed.
Contribution of the stored elastic energy and vapour pressure build-up to the kinetic energy …

In Part I of this paper (Int. J. Numer. Meth. Eng., in print) a mechanistic model of hygro-
thermo-chemical performance of concrete at early ages has been introduced. Additionally …

The paper deals with modelling of hygro-thermal performance and thermo-chemical
degradation of concrete exposed to high temperature. Several possible simplifications in …

A modified Gauss-Seidel iterative method (MP (m)-GS) with multistep preconditioner is
developed to solve partial differential equations of rainfall infiltration. The finite difference …

The paper presents a novel mathematical model of coupled hygro-thermo-mechanical
processes in a porous material, partially saturated with liquid water and exposed to …

This work addresses the modeling and simulation of strongly coupled electromagnetic and
thermodynamic fields that arise in particulate-doped dielectrics using an adaptive staggered …

Recently, several applications, primarily driven by microtechnology, have emerged where
the use of materials with tailored electromagnetic (dielectric) properties are necessary for a …

The objective of this paper is to focus on one of the “building blocks” of additive
manufacturing technologies, namely selective laser-processing of particle-functionalized …

A computational framework is developed that researchers in the field can easily implement
and subsequently use as an efficient tool to study the immune-response to a vaccine …