This research introduces a machine learning (ML)-based methodology for the optimal blank
design of components manufactured through the deep drawing process, considering the …

This study addresses the enhancement of an injection-molded fiber-reinforced plastic/metal
hybrid automotive structure and its plastic injection molding process through the integration …

Polymer-metal hybrid (PMH) structures with excellent physical and chemical properties are
widely required in aerospace, electrical, automotive and many other fields. It is one of the …

The application of CFRP in car body is more and more extensive, which brings new
challenges to the parametric modeling and design of body components. This study takes the …

In this work the static behaviour of notched specimens made of a polyamide-6 thermoplastic
material reinforced with 20% of short carbon fibres was investigated. In more details, U and …

This paper studies the polymer-metal hybrid (PMH) structures, formed by direct injection
over-molding the glass fiber-reinforced polymer (GFRP) composite on the surface of high …

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 …

A feasibility study on a short fibre reinforced Polymer Metal Hybrid (PMH) solution of a car's
suspension control arm has been conducted through a simplified demonstrator …

Metal/polymer-based composites hybrid (MPH) structures combine the high strength of
metals with the low density of polymer-based composites, making them widely used in …

To improve the safety performance and light weight of the bumper subsystem under low-
speed collisions with multiple loads, this study develops a systematic optimization strategy …