In this paper, the governing equations of non-isothermal two-phase flow in unsaturated,
deformable porous media are presented based on different representations of the gaseous …

The governing equations of moisture, heat and carbon dioxide flows through concrete within
the framework of a distributed parameter model are described. The coupling terms and the …

The previously-published one-dimensional finite element model for the analysis of the
carbonation mechanism is extended to two-dimensional problems. The governing equations …

First, different porous media theories are presented. Some approaches are based on the
classical mixture theory for fluids introduced in the 1960s by Truesdell and Coworkers. One …

This study examines the performance of concrete under elevated temperatures at the meso-
scale level of observation where aggregate particles and the embedding hydrated cement …

A new approach for modelling concrete spalling process is here proposed, taking into
account a fully nonlinear-displacement/strain theory able to catch complex interactions …

Limited literature (Pomaro et al., 2011, Mirhosseini et al., 2014, Salomoni et al., 2014,
Andreev and Kapliy, 2014) is available on the structural analysis of irradiated concrete …

The containment building (CB) is known as the third and last safety barrier to protect the
environment from diffusion of radioactive products. In 2014, Électricité de France (EDF) …

The moisture diffusion coefficient of concrete is critical for moisture distribution calculation in
concrete members. This article aims at building an experimental model to solve the moisture …

A computational model allowing for the thermohygrometric and mechanical analysis of
concrete structures at high temperature by means of the finite element method is presented …