Heat conduction in multi-layer and composite materials is one of the fundamental heat
transfer problems in many industrial applications. Due to different materials types, interface …

Anisotropic composite phase change materials (CPCMs), as thermally conductive materials,
are typically compressed to reduce contact thermal resistance in thermal control systems …

The effects of general imperfect interphase/interface models on effective and local thermal
conductive responses of fiber reinforced-composites are investigated. A physical interphase …

Depolarization tensor (DT), exclusively controlled by the inclusion shape, is crucial in
assessing composite transport behavior. However, the solution of DT for a non-ellipsoidal …

This paper presents mathematical modeling and predictions of effective nonlinear electro-
mechanical behavior of piezoelectric materials under large deformation and high electric …

In the present paper, a mathematical modeling of effective properties of fully coupled thermo-
electro-mechanical heterogeneous materials is elaborated. Constitutive equations …

Most of the available approaches for the prediction of effective thermal conductivity of
composites are proposed for two-phase cases with inhomogeneities of simple geometry …

To make more accurate predictions of the effective thermal conductivity (ETC) of the
composites, a systematic method for predicting the effective thermal conductivity of metal …

An approach is proposed for calculating effective physical characteristics of a
inhomogeneous medium with several levels of nesting of its microstructure—the generalized …

Предложен подход для вычисления эффективных физических характеристик
неоднородной среды с несколькими уровнями вложенности ее микроструктуры …