The main emphasis of this review is on thermal modelling and prediction of laser welding in
metals. However as similar techniques are employed to model conventional welding …

In order to meet the global competition and the survival of products in the market a new way
of thinking is necessary to change and improve the existing technology and to develop …

A three-dimensional finite element model has been developed to simulate the laser welding
process and predict laser welded panel distortions. The finite element calculations were …

Laser welding is a high power density welding technology, which has the capability of
focusing the beam power to a very small spot diameter. Its characteristics such as high …

Transient thermo-mechanical simulation of stainless plate laser welding process was
performed by a highly efficient and accurate approach-hybrid iterative substructure and …

In this paper, Manual Metal Arc Welding of carbon steel plates was studied. The finite
element analysis of residual stresses in butt welding of two similar plates is performed with …

In this work, a numerical study of laser beam welding of steel was performed. In particular,
phase transformation effects were considered, which consist mainly of volume change and …

Dilution represents the contribution from base material to weld metal and its important effects
are complicated for multi-pass steel welds. In this study, the dilution was determined for each …

In the present work, an investigation is carried out on microwelding of Ti6Al4V alloy with 500
μm thin plate in butt joint configuration. The effect of welding speed and current are analysed …

Welding induced residual stress occurs due to non-uniform simultaneous heating and
cooling, local variation in shrinkage because of variable cooling rates in different regions of …