The objective of this contribution is to present a unifying review on strain-driven
computational homogenization at finite strains, thereby elaborating on computational …

This paper aims to develop a micromechanical model to evaluate the compressive strength–
porosity relationship of the pervious concrete mesostructure from its compositions. By …

This study presents a new micromechanical model that is simple, explicit, and directly
applicable for broad engineering applications to predict the effective elastic moduli of very …

This work presents a homogenization damage approach for brittle composites based on the
concept of Representative Volume Element (RVE) performing complex numerical analysis of …

The paper studies the conditions under which the far-field response of a two-dimensional
coated circular inhomogeneity embedded into an infinite matrix and subjected to uniform …

The paper presents an efficient estimator for the equivalent stiffness calculation of
multiphase ellipsoidal heterogeneities. This estimator is derived from the exact effective …

Differential substitution/coating schemes have been developed to construct various explicit
expressions or determining initial-valued ordinary differential equations for the effective …

Explicit algebraic expressions of the estimates for the microscopic elastic stress-strain fields
and the macroscopic elastic moduli of the (n-component) multi-coated sphere assemblage …

Adaptive schemes are constructed in this paper for modeling the effective chloride diffusion
coefficient of cement-based materials (paste and concrete). Based on the polarization …

Pervious/porous material is composed of a solid structure that is continuously arranged in an
orderly or random way, forming a framework and between them exists empty spaces called …