Demand for the natural and synthetic fibres are increasing day by day due to the
development of high strength composites materials, especially in the production of …

Copper-matrix composites reinforced with silicon carbide (SiC) particles are heat sink
materials with potential application in the electronic industry. A major challenge in the …

Fiber-reinforced composites are attractive for many applications in energy fields, such as
thermal energy storage and building energy-saving. In these applications, their effective …

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

A semi-analytical approach is proposed to determine the effective magneto-electro-elastic
moduli of a fiber-reinforced composite. We especially focus on predicting the effective …

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

This work aims to develop a computationally efficient multiscale model to accurately
simulate and analyze the instability phenomena of long fiber reinforced composites. The …

Two analytical approaches are developed to determine the overall size-dependent
response of composites embedding general interfaces. The first approach extends the …

The objective of this contribution is to investigate the role of generalized interfaces in the
overall response of particulate composites and the associated size effects. Throughout this …

It is of paramount importance to accurately predict the mechanical properties of 3D-printed
components for their usage and mechanical reliability. In this study, micromechanics models …