Metal additive manufacturing (AM) has several similarities to conventional metal
manufacturing, such as welding and cladding. During the manufacturing process, both metal …

Currently, welding processes have become one of the most used methods for joining
materials in all kinds of industries, thanks to properties such as high speed and high tensile …

The finite element (FE) analysis in this study is used to predict the effect of oscillation
parameters on the temperature field and residual stress and as-welded distortion of 316 LN …

In multi-layer welding, the interaction between the weld beads had a great impact on the
performance of the overall joint. Therefore, experimental research and thermal-plastic …

Hindrance to weld metal shrinkage by the adjacent base material introduces inevitable
residual stress and distortion in welded components. Nevertheless, proper choice of welding …

Numerous engineering components and structures require welding, including ships,
automobiles, and many other manufactured products. Distortions and residual stresses …

This paper presents a numerical investigation of the effects of thickness and welding
residual stress (WRS) on fatigue crack growth (FCG) for centrally cracked steel specimens …

The temperature field and stress field of single-track and multi-track cladding of Fe-Mn-Si-Cr-
Ni shape memory alloy coating were simulated by using the finite element analysis software …

Since the traditional techniques for eliminating the residual stress are complicated process
and high production cost, we attempt to reduce the residual stress generated in laser …

Formation mechanism of the welding residual stress (WRS) is a key part of welding
research. However, there is a lack of meaningful numerical models of the WRS. In this work …