In the present work, a study is made to investigate the effects of process parameters, namely,
laser power, welding speed, size of the laser beam and clamp pressure, on the lap-shear …

In this paper, an experimental investigation on diode laser transmission welding of dissimilar
thermoplastics between PMMA (polymethyl methacrylate) and ABS (acrylonitrile butadiene …

A laser welding of DP780 steel to Al5052 joint has been investigated to optimize the weld
width and lap-shear force. Four types of steel-Al welded joints and fracture model have been …

In this paper, an experimental investigation into laser transmission welding of acrylics is
carried out. The Taguchi method of parameter design is used as a statistical design of …

In present research, laser transmission welding of polycarbonate to ABS has been
investigated through empirical modeling. The effect of laser power, welding speed, stand-off …

The present work establishes a correlation between the laser transmission welding
parameters and output variables though a nonlinear model, developed by applying artificial …

The increasing demand of light weight and durability makes thin-gage galvanized steels (<
0.6 mm) attractive for future automotive applications. Laser welding, well known for its deep …

Many advantages of laser welding technology such as high speed and non-contact welding
make the use of the technology more attractive in the automotive industry. Many studies …

In the present study, the hybrid laser–TIG welding parameters for welding of 316LN
austenitic stainless steel have been investigated by combining a pulsed laser beam with a …

At present, various welding techniques are used in many different process chains and steps.
Moreover, when joining metallic materials, welding processes are used to create integrated …