This paper deals with the evaluation of several homogenization methods for short fiber-
reinforced composites (SFRC) in isothermal linear elasticity. In order to have an unbiased …

The never-ending struggle to design new materials for supporting innovative engineering
requirements gives composites a worthy focus. This endeavor is challenged by the …

This paper presents a computational framework and a sequential multiscale
homogenization strategy for the characterization of short fiber reinforced composites …

An analytical approach based on multiscale homogenization is proposed to enable efficient
and accurate characterizations of fiber-reinforced composites with imperfect interfaces …

Abstract Ultra-High Strength Concrete (UHSC)(greater than 100 MPa) is a mechanically
superior material compared with the Normal Strength Concrete (NSC) due to its inherent …

In this work, a dual‐scale homogenization (DSH) procedures including the representative
volume element (RVE) and Unit cell (UC) with Halpin–Tsai models in the UC scale and …

In this work, a new criterion to predict fatigue crack initiation in plain Short Fibre Reinforced
Thermoplastics is proposed. Several experimental observations in the literature showed that …

In this article, the predictive abilities of two prevalent homogenization formulations, two-step
Mori–Tanaka (MT–MT) and MT–Voigt are benchmarked using virtual representative volume …

The main aim of this work is to deliver uncertainty propagation analysis for the
homogenization process of fibrous metal matrix composites (MMCs). The homogenization …

Thermoplastic vulcanizate (TPV) with fascinating high elasticity has been received the
ongoing research attention in the application of sealing system for the engineering machine …