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 …

Mechanical properties and fracture behaviors of polypropylene (PP) and short basalt fiber
reinforced polypropylene (BFRPP) composites were studied at varying strain rates ranging …

How to take full advantages of the strong designability of plain woven carbon fiber fabric is a
key problem urgently needed to be addressed in the application of plain woven carbon fiber …

Thermo-stamping is critical for the structural application of two-dimensional (2D) woven
fabric reinforced thermoplastics (WFRTPs). Reliable simulation models for thermo-stamping …

This article describes the modeling of the compaction/consolidation behavior of
thermoplastic composite prepregs during the thermoforming process. The proposed model …

A nonlinear hyperviscoelastic approach for modelling rate-dependent intra-ply deformation
behaviour in FE forming simulation of continuously fibre-reinforced polymers is presented …

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 …

Shear behaviour of a glass fibre/polypropylene composite is characterized over a wide
range of strain rates and forming temperatures using the bias extension test. A temperature …