Based on mechanical tests, microstructure characterizations and finite element simulations,
the mechanical properties and failure mechanisms of resistance spot welds (RSWs) were …

This study focuses on improving the mechanical performance of third-generation Q&P steel
resistance spot welds using a double-pulse welding cycle. Single and double-pulse welding …

The increasing use of Artificial Intelligence algorithms underscores the importance of large
datasets. Recent trends highlight the need for high-quality training data, especially in …

The present research utilized the resistance spot welding process on stainless steel and low
carbon steel. The diameters of joint and nugget, microstructure and shearing strength of …

Abstract Medium-Mn (M-Mn) steels have received considerable attention in the automotive
industry due to their superior mechanical properties such as high strength to weight ratio …

Resistance spot welding (RSW) is a modern welding technology that enables the rapid and
effective joining of materials across various industry sectors. It finds wide application in the …

Abstract Laser welding of 1.2 GPa-class cold-rolled quenching and partitioning steel with
martensite+ retained austenite microstructure was performed at different heat inputs ranging …

The mechanical performance and failure characteristics of resistance spot welds from two
grades of third-generation advanced high strength steels (3G-AHSS), designated 3G-980 …

The non-fusion weld-brazing process has attracted considerable attention in the automotive
industry due to its lower susceptibility to welding-related defects and high capability to join …

While the automotive industry is striving for the reduction of car body weight to increase the
fuel efficiency and to reduce CO 2 emission without compromising the safety and …