Laser forming is an emerging manufacturing process capable of producing either
uncomplicated and complicated shapes by employing a concentrated heating source. The …

High-energy continuous wave (CW) laser ablation can cause severe damage to structural
materials in an extremely short time, which generates considerable concern in terms of …

Finite element method and bending experiments were carried out to survey the influence of
bending radius on forming quality of H62 brass tubes in free bending process, which are …

The present investigation deals with an external-force laser assisted bending process of
Grade 2 CP titanium and AA 7075 T6 aluminum sheets. High bending angles, sharp fillet …

Laser forming is a flexible control process that has a wide spectrum of applications;
particularly, laser tube bending. It offers the perfect solution for many industrial fields, such …

The bending of sheet by laser line heating is gaining popularity among researchers. In this
work, laser bending of friction stir welded 2-mm thick 5052-H32 aluminium alloy sheets is …

Manufacturing Industries occupy a unique position in the society for the production of both
basic home utilities and modern appliances. Different manufacturing processes are …

The laser beam can be used as a powerful tool for bending tubes and sheets by local
heating and buckling mechanism. Herein, the bending of mild steel tubes is investigated by …

In this work, the effects of process parameters such as laser output power, beam diameter
and scan speed and also sheet thickness on the bending angle have been numerically …

In this work, laser bending of perforated sheets has been investigated numerically. Laser
bending of perforated sheets is more complicated than nonperforated sheets due to their …