Laser bending with a small bend angle poses challenges in manufacturing applications.
Despite various proposed strategies, the achievable bend angle typically ranges from 0.1 to …

This study focuses on the effect of three different cooling conditions during multi-scan laser
bending of duplex stainless-steel sheet. Results show that the trend of temperature …

This study aims to investigate the laser transmission welding (LTW) of polystyrene and
polycarbonate using an electrolytic iron powder absorber. For this purpose, the experiments …

Laser bending is an innovative sheet metal forming technique. Researchers are focusing
optimizing the process for enhancing bend angles and mechanical properties. To achieve …

Laser bending has emerged as a promising technique for sha** metallic sheets with high
precision and flexibility. However, the traditional temperature gradient mechanism (TGM) of …

Duplex-2205 is a dual-phase stainless steel having high mechanical strength and excellent
corrosion resistance properties. Large spring back and high heat sensitivity are major …

This paper presents a physics-based analytical model to analyze the temperature field and
bend angle in a material irradiated by a moving laser heat source. The solution for …

In the laser forming process, the effect of workpiece size, including variations in width and
length, plays a crucial role in determining product quality. To better understand the …

In this study, the impact of process parameters on bend angle was explored under varying
cooling conditions. Optimization of process parameters and cooling conditions was …

In this paper, a novel approach called active heat control (AHC) is proposed to determine
effective parameters in the laser bending process on AISI303 sheets. This approach has the …