Weldability of magnesium alloy to aluminum alloy in laser weld bonded (LWB) joints was
investigated. Results showed that magnesium/aluminum could be easily joined by LWB …

This paper proposes a nondestructive method for the simultaneous estimation of the
thickness and longitudinal wave velocity of an adhesive layer using a transmission …

Welding residual stresses and deformation in arc welded lap joints of thin steel plates were
investigated by both numerical simulation and experimental measurement. A modified …

The aim of this study is to investigate effects on stresses of using different adherent material
in metal-composite hybrid joints. It was assumed that a composite plate was adhesively …

随着全球汽车产业低碳化转型, 与车身轻量化相关的连接技术挑战不断增加,
综合考虑轻量化的成本与效果, 合理选用车身材料, 搭配不同连接工艺, 在满足行业质量标准降低 …

This work discusses the resultant microstructure of laser surface treated galvanised steel
and the mechanical properties of adhesively bonded surfaces therein. The surface …

In this study, the effect of adhesive bonding on strength and strength-ductility behaviour of
welding joint in electrical resistance spot welding of 7315 grade IF steel sheets was …

This paper presents the results of recent investigations on laser seam weld bonding (LWB)
of magnesium alloy AZ61 sheets. There are two types of LWB structures: perpendicular weld …

Three-dimensional finite element models are developed to investigate the effects of both
tensile load and uniform temperature load on the stresses in hybrid joints. During the …

Laser spot weld bonding (LSWB) is a new joining process, which combines laser spot
welding with a layer of structural adhesive in a single joint. The purpose of this paper is to …