This study executed the volume of fluid (VOF) based multiphase computational fluid
dynamics (CFD) simulation by incorporating a modified analytical model for dissimilar …

Modeling heat transfer during friction stir welding (FSW) process is crucial for understanding
welding mechanism and optimizing process parameters. Since heat transfer is usually …

A modified heat transfer and material transfer model was investigated for friction stir welding
of DH36 steel by considering the Eulerian framework in steady state. During this analysis …

A thorough understanding of thermal history and material flow behaviour associated with the
tool–material interface substantially eradicates defects from the dissimilar weld joints …

Steady-and transient-state solutions are developed to predict temperature, streamlines,
stress, and viscosity distributions during the friction stir welding of dissimilar carbon steels …

Abstract The process of Friction Stir Welding (FSW) can be deeply investigated with the help
of finite element modelling. In reality, the friction coefficient would decrease, because as the …

Friction stir welding (FSW) is a favorable welding technology for aluminum alloys. The FSW
process involves complex heat and mass transfer. Explicit meshless particle methods are …

Friction stir welding of AA 7075 plates in three different thicknesses such as 10, 16 and 25
mm at natural convection condition was carried out successfully without defects. Water …

Solid state friction stir welding is the process of combining materials, typically with the aid of
a tool. This process makes use of welding materials such as aluminium, stainless steel, and …

The friction stir welding is a green and efficient technology, which has been applied in the
manufacturing of light alloy widely, and the temperature field analysis is the basic of studying …