This article reviews and discusses the recent progresses of studies with the concept of"
Computational plasma fluid mechanics." Computational demonstrations show that the …

Submerged arc welding (SAW) is widely used for butt welding of thick plates in large steel
structures because of its high deposition rate and high weld quality. With a thickness of 150 …

The flow dynamics of current-carrying molten metal jet breakup during arc discharge serves
as mass and heat sources in wire-arc-based metal deposition processes, thereby optimizing …

This paper addresses experimental approaches using spectroscopic diagnostics, and
theoretical approaches using mathematical modeling, to visualize electromagnetic-thermal …

A unique mechanism of splashing from a tungsten-based anode was identified during arc
discharge. Splashing occurred by breakoff of a liquid metal column, which elongates after a …

In this study, welding phenomena during submerged arc welding (SAW) were revealed with
X-ray observation. In the experiment, the test coupon was placed between the X-ray source …

A molten metal droplet transfer processes were simulated by a numerical model using a
three-dimensional smoothed particle hydrodynamics method in order to clarify the flux …

A unique mechanism of splashing from a tungsten-based anode was identified during arc
discharge. Splashing occurred by breakoff of a liquid metal column, which elongates after a …

抄録 Submerged arc welding is widely used for butt welding of thick plates in large steel
structures because of its high deposition rate and high weld quality. With thickness of …

抄録 The flux-wall guided transfer mode in submerged arc welding was mo deled by a
particle method and simulated in two dimensions. Moreover, numerical experiments were …