Simulation methods, particularly those implemented in commercially available software, for
the prediction of flow and fiber orientation in polymer composites molding processes …

Carbon fibre reinforced polymers (CFRPs) are widely used in various industry fields, owing
to their superior mechanical properties. The orientation of polymer molecular chains and …

The structure and mechanical properties of an injection-moulded short glass fibre (GF)-
reinforced polymer composite were analysed through simulation methods. Fibre orientation …

A progressive pseudograin damage accumulation (PPDA) model is proposed to predict the
fatigue life of short fiber-reinforced plastics (SFRPs), combining viscoelastic-viscoplastic …

Additive manufacturing by material extrusion such as the widespread fused filament
fabrication is able to improve 3D printed part performance by using short fiber reinforced …

Measuring orientation dynamics of carbon fibers is important for manufacturing high-
performance composite materials, however, conventional methods fail to timely and non …

The integration of metal and injection-molded composite materials has the potential to
achieve numerous benefits in the design of structural components. However, due to the …

In-situ thermoforming and overmolding of continuous fiber-reinforced thermoplastic
composites by hybrid injection molding enables the mass production of thermoplastic …

Composite materials are becoming popular among automobile manufacturers because of
their high strength, light weight, and controlled crushing mechanisms. Many composite …

The objective of this paper is to research fiber distribution and mechanical behavior (tensile,
flexural, and Charpy impact properties) of long fiber reinforced thermoplastic (LFT) plates …