This review paper aims to survey and discuss recent theoretical and experimental works
reporting the temperature effects on the mechanical properties of rocks like granite, gabbro …

When impact loaded, concrete is submitted to high triaxial stresses. The experimental
response of concrete under quasi‐static triaxial compression is studied using a triaxial press …

This paper presents the results of an experimental study carried out on several concretes at
temperature up to 600° C. It deals with a high temperature phenomenon of concrete, the …

Ceramics are highly valued for their exceptional thermal resistance and ability to withstand
high temperatures. This study investigated the production of ceramic-like pressed …

Abstract Evaluation of the concrete behavior in elevated temperatures is important in terms
of first, structural construction safety under specified loadings, and second, measuring the …

This study focuses on identifying concrete behavior under severe loading (near field
detonation or ballistic impacts). In order to reproduce high stress levels with well-controlled …

A numerical multiscale model is proposed to study the thermo-hydro-mechanical behaviour
of cement-based materials. This model is based on a finite element approach coupled to a …

We develop a two-scale numerical model to simulate the response of reinforced concrete
(RC) frame structures under thermomechanical loading. In this model, the nonlinear …

This paper studies the thermal and physical properties of concrete containing glass at
different cooling paths. The coarse aggregates in the concrete samples with glass aggregate …

A two-scale numerical model is developed to study the behavior of reinforced concrete (RC)
frame structures subject to fire loading. In this model, various structural components, such as …