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 …

Textiles have been used as preforms for high-performance composite materials. Fiber
architecture of the preform has a decisive effect on mechanical properties of composite. As a …

As the requirement for low cost, high volume production of composites increases, so does
the requirement for modelling capability to help inform and optimise the composite …

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 …

A deep learning surrogate model is developed to rapidly predict the wrinkling patterns of a
biaxial non-crimp fabric (NCF) layup for any given tool geometry during forming. The …

A macroscale finite element (FE) model was developed to simulate the forming behaviour of
biaxial fabrics, incorporating the effects of bending stiffness to predict fabric wrinkling. The …

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

Composite manufacturing process involves a suite of complex and inter-related procedures
that span across multiple physics domains and scales. A variety of uncertainties that …

Binder-stabilised preforms are being used increasingly in the production of large composite
structures, such as wind turbine blades, to increase the throughput. The transverse shear …