The demand for lightweight, high-strength materials in the automotive industry has led to the
exploration of novel manufacturing techniques. This research delves into the feasibility of …

In order to investigate the fracture behavior of the ZK60 Mg alloy rolling under different stress
triaxiality, the different nominal stress triaxiality samples were well-designed, and the in-situ …

This study illustrates the utilization of 3D-printed fastening mechanisms for the design and
development of hybrid single-lap joints. For this purpose, a two-pronged methodology …

The present study explores the comprehensive composite material selection methodology of
a tennis racket involving coupled Multi-Criteria Decision-Making (MCDM) and numerical …

Using polymer-metal hybrids offers a promising energy conservation and emission reduction
approach. In this investigation, nanoporous structures with varying pore sizes were …

Printing polymers on metal surfaces using fused deposition modeling could enhance the
versatility of hybrid structures. However, the differences between metals and plastics …

During its service life, an aircraft experiences various loadings that affect its structural
performance. Thin sheet riveted joints are ubiquitous in aircraft and require thorough …

Conventionally, drainage boundaries are often assumed to be either perfectly permeable or
completely impermeable. However, a more realistic approach considers continuous …

Compared with traditional cellular structures, self-assembly structures exhibit significantly
higher assembly flexibility, allowing for more scientific and rational protection design in the …

This research paper presents an application of the integrated process and product design
(IPPD) approach for selecting the best joint configuration for dissimilar material joining in the …