A novel adaptive greedy-based generation (GBG) algorithm is proposed to generate 2D
random distribution of fibers for unidirectional composites. Inspired by greedy algorithm, the …

Representative volume elements (RVEs) with random fiber distribution are widely used in
micro-mechanics for determining the properties of unidirectional fiber-reinforced composites …

A computationally efficient method for generating virtual periodic representative volume
element (RVE), capable of handling arbitrary inclusion shapes, is developed. A universal …

This paper proposes a novel method of random fiber distribution inspired by the finite
element mesh technique. It solves the problem of fiber interference when generating the …

In this work, a simple but effective fractal model is proposed to predict the mechanical
properties of complex porous composites. By extending the Mori-Tanaka and Double …

In this study, a novel approach based on the maximum penetration-biased (MPB) algorithm
is proposed to rapidly generate representative volume elements (RVEs) for advanced …

This work proposes a novel method, entitled minimum potential method, to generate
Representative Volume Elements (RVEs) of unidirectional fibers composites with high fiber …

This work proposes a prediction of the effective transverse relaxation modulus of a two-
phase material with randomly-placed linear elastic circular inclusions inside a linear …

Abstract Despite manufacturing challenges, Automated Fiber Placement (AFP) offers a
viable alternative to conventional manufacturing methods, allowing for time and cost …

This work emphasizes on the Periodic Boundary Condition (PBC) utilized in the Finite
Element Homogenization (FEH) method to numerically determine the Thermo-mechanical …