Hat-shaped beams played an important role in the body load-bearing structure, such as B-
pillar. Fiber metal laminates possessed great advantages of excellent stiffness/strength, high …

Hybrid fiber-reinforced polymer (FRP) composites, combining different types of fibers within
a polymeric matrix, have piqued the research community's interest due to their enhanced …

In this article, we continue the investigations on the forming behavior of the
steel/polymer/steel (SPS) sandwich composites as introduced in Part 1 [1]. In this paper, the …

This study unveils a machine learning (ML)-assisted framework designed to optimize the
stacking sequence and orientation of carbon fiber-reinforced polymer (CFRP)/metal …

The developments in the type of metal fiber reinforcements, manufacturing processes,
properties and applications of metal fiber-reinforced composites are described in this …

The purpose of this study was to predict the adhesive behavior of steel and carbon-fiber-
reinforced plastic (CFRP) hybrid parts based on the cohesive zone model (CZM). In this …

In this paper, the failure mechanism of metal skin (MS) and long carbon fibers reinforced
core (CFRP) structures is investigated by means of tensile and bending tests, scanning …

Plastics are a class of materials known for their cost and property advantages, increasing
significantly in their usage worldwide. Unfortunately, these benefits come with an …

This research presents an automatic algorithm, implemented in a Visual Basic Architecture
(VBA), for the optimization of the gate location in thermoplastic injection molding of short …

In the research presented in this paper, the influence of the manufacturing process
conditions on the elasticplastic mechanical behavior of laminate structures made of metal …