The growing awareness of environment protection and climate change have increased the
attention on the development of new environmentally-friendly materials. This study will …

Coefficient of thermal expansion (CTE) mismatch in composites under temperature variation
can lead to the system cracking. In this study, Digital Image Correlation (DIC) was used to …

A model order reduction methodology for reducing the order of the peridynamic transient
heat model is proposed. This methodology is based on the static condensation procedure …

This study proposes a mesoscopic thermo-mechanical (TM) lattice model to describe the
transient thermal strain (TTS) behaviour of concrete and to predict the attenuation of its TM …

This paper provides a new homogenization scheme, which is a combination of the
theoretical and experimental approaches, for modeling effective transport properties of …

Abstract Using Al2O3 and TiO2 as raw materials, adding MgO as heat stabilizer and mullite
as enhancer, aluminum titanate‐mullite multiphase ceramics were successfully prepared by …

Solution for the fluid potential within a fractured porous medium is described. This solution is
derived numerically for the particular case of a Pouseuille's elliptical fracture plane with …

This paper aims at deriving an approximate model of stress-induced permeability
enhancement for brittle cracked porous rock, based on the linear fracture mechanic theory. A …

Concrete structure can be damaged when subjected to high temperatures due to the
mismatch of thermal expansions between the material constituents. The damage results in …

This paper outlines an analytical model of crack growth induced permeability changes. A
theoretical solution of effective permeability of cracked porous media is derived. The fluid …