In this research, a novel integrated wavelet-learning approach with high-accuracy and
efficient prediction capability is developed to predict the effective elastic properties of …

A reliable way to determine the effective properties of heterogeneous media plays an
important role in engineering design. As an experimental test to obtain effective properties …

As long as non-contact digital printing remains an uncommon standard in the corrugated
packaging industry, corrugated board crushing remains a real issue that affects the load …

The need for quick and easy deflection calculations of various prefabricated slabs causes
simplified procedures and numerical tools to be used more often. Modelling of full 3D finite …

Stochastic multiscale modeling and analysis for the strength prediction of composite
structures with complex multiscale random configurations remain a challenging problem …

A more effective higher-order three-scale reduced homogenization (HTRH) approach is
developed for predicting the nonlinear mechanical properties of three-dimensional (3D) 4 …

We study the homogenized properties of linear viscoelastic composite materials in three
dimensions. The composites are assumed to be constituted by a non-aging, isotropic …

A finite volume based approach is employed in the solution of unit cell problems at different
orders of the asymptotic field expansion to construct a homogenization theory for anti-plane …

This study predicts analytically effective elastic moduli of substructures within an equine hoof
wall. The hoof wall is represented as a composite material with a hierarchical structure …

We introduce a new mathematical model enabling to describe tissue perfusion whereby the
microstructure is respected by virtue of effective model parameters. The proposed model …