Since the nuclear waste releases heat during the decay process, the mechanical behaviors
of granites adjacent to the nuclear waste repository are inevitably impacted by the …

This paper presents a numerical multiscale formulation for analysis of the transient heat and
fluid flow in deformable heterogeneous porous media. Due to the heterogeneity of the …

Double‐scale numerical methods constitute an effective tool for simultaneously representing
the complex nature of geomaterials and treating real‐scale engineering problems such as a …

Strain localization is a common phenomenon existing in various multiscale materials or
structures, eg, the bulking bands of thin-walled structures, the local collapse of porous …

In this paper, a computational homogenization technique is developed for fluid flow through
the deformable micro-fractured porous media. The coupled hydro-mechanical analysis is …

The macroscopic behavior of complex heterogeneous materials is governed by the
interactions between their constituents at the microstructural scale. This has fostered a large …

Clay rocks are multiphase porous media having a complex structure and behaviour
characterised by heterogeneity, damage and viscosity, existing on a wide range of scales …

This paper discusses the numerical results for a consolidation test studied by using a
hydromechanical model formulated within a numerical homogenization approach, the so …

In this paper, a computational modeling tool is developed for fully coupled multiphase flow in
deformable heterogeneous porous medium that consists of complex and non-uniform micro …

Clay rocks are multiphase porous media whose complex structure is characterised by
heterogeneity and possible anisotropy on a wide range of scales. The mesoscopic scale …