Laser welding of plastic materials has a wide range of applications in the packaging,
medical, electronics and automobile industries provided it can predict high quality welds …

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

This chapter presents the effect of various process parameters, namely laser power, pulse
frequency, and welding speed, on the weld shear strength and weld width using a diode …

In this investigation was established a model of laser welding quality prediction based on
different input parameters. As the quality factors for the laser welding process lap-shear …

Present paper attempted to model complex relationship between CO 2 laser–MIG hybrid
welding parameters and it has been completed using different algorithms of artificial neural …

For any welding process, efficiency and quality strongly depend on the energy input, which
is the energy introduced per unit length of weld from a travelling heat source. The focused …

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 …

Abstract 'Laser Beam Welding (LBW) is a welding technique used to join pieces of metal or
thermoplastics with the aid of laser'. The beam offers a concerted heat source, which …

Advanced manufacturing processes have increased industrial productivity and enhanced
marketing prospects. Optimization techniques coupled with simulative methods in laser …

In this study, to accurately predict the temperature and melting ratio at low time and cost, the
process of dissimilar laser welding of stainless steel 304 and copper was simulated based …