In the shipbuilding, construction, automotive, and aerospace industries, welding is still a
crucial manufacturing process because it can be utilized to create massive, intricate …

Residual stresses are inevitable during welded fabrication of corrugated steel webs (CSWs),
resulting in a structure with high stress fields that are difficult to predict and may cause …

The fatigue performance of the Ti-6Al-4V alloy built using the laser-powder bed fusion
additive method was investigated in this study. Post-process methods such as heat …

Welding-induced residual stresses evolve under external loading and fatigue actions. This
paper examines the effects of a variety of influencing factors on the residual stress evolution …

Fatigue of structural components is a widely discussed subject on which extensive research
is still being carried out, both in the scientific and industrial communities. Fatigue damage …

Fatigue damage remains a significant issue for both metallic and non‐metallic components,
being the main cause of in‐service failures. Among the different assessment methodologies …

In the fields of engineering design and fatigue life prediction, handling limited sample data
has consistently posed a challenge. A hybrid distribution characteristics of equivalent …

Extreme high-speed laser material deposition (EHLA) allows the additive manufacturing to a
mass production due to its enhanced scanning speed and reduced detrimental to the …

Fatigue properties are crucial for critical aero-engine components in extreme service
environments, which are significantly affected by surface integrity (SI) indexes (especially …

The paper presents the results of research on the evaluation of the quality of coating layers
made by a laser. The base material, which was Dievar steel (1.2343), was coated with a …