Resistance spot welding (RSW) is frequently employed in current industrial occasions.
However, the process is multi-field coupled and highly nonlinear, and full of uncertainties …

Resistance spot welding is a process with high variability regarding the quality of the
produced joints. This means that key performance indicators (KPIs) such as geometrical and …

Capacitive power transfer (CPT) systems based on high-frequency electric field coupling
have attracted much attention recently due to their simplicity and low eddy-current losses …

Abstract Resistance Spot Welding (RSW) stands as the primary joining process in the
automotive industry, renowned for its suitability for automation and integration into high …

In this work, a new welding current mode, which was three-pulse and step increment
welding current, was introduced to improve the mechanical performance of DP590 welded …

Although the finite element (FE) numerical calculation model has been extensively
employed in analyzing metal characteristics, very few works use it to analyze features of the …

An experimental setup for poor fit-up condition research, which makes it possible to analyze
poor fit-up conditions of different intensities and also quantify them is presented. The …

Resistance spot welding (RSW) is frequently employed in current industrial occasions. This
paper reviewed recent advances of the electrical structure of the RSW system. Two types of …

The spot weld failure analysis using experimental and numerical finite element analysis
methods has been reviewed. The spot weld strength is governed by the welding parameters …

This work deeply explored differences between single-phase AC resistance spot welding
(RSW) and three phase medium frequency DC RSW systems. The main difference between …