This focused review for the development of the thermo-stamping process and simulation is
concentrated on the systemically overview of the representative publications reflecting the …

The increase in the number of structural applications of composite materials, especially in
the aerospace and automotive industries, has led to a demand for robust models to simulate …

This article presents a survey of the literature about the numerical forming of continuous fibre
reinforced composite material. This review shows that in spite of some models are defined …

The forming of textile reinforcements is an important stage in the manufacturing of textile
composite parts with Liquid Composite Molding process. Fiber orientations and part …

The quality of forming simulations based on Finite Element methods is mainly determined by
the accuracy of the material properties. Out-of-plane bending is one of the deformation …

Different approaches for the simulation of wrinkling during forming of textile reinforcements
are presented. It is shown that 3D finite element modeling requires the consideration of an …

This paper presents a simple code written in MATLAB for simulating and optimizing the
draping of a composite material fabric onto a mold. Being simple and kinematically based …

Increasing demand for weight reduction and greater fuel efficiency continues to spur the use
of composite materials in commercial aircraft structures. Subsequently, as composite …

Solid-state thermo-stamping of fabric reinforced composites has attracted extensive attention
for its efficiency and potential energy saving in recent years. In this paper, a hybrid …

The theoretical prediction of mechanical characteristics of multi-scale fibrous materials gains
more and more importance because it helps to omit expensive experimental procedures, to …