Page 1 Electron beam welding H SCHULTZ ABINGTON PUBLISHING Woodhead Publishing
Ltd in association with The Welding Institute Page 2 Page 3 Electron beam welding Dipl.-Ing …

Microperforated plate (MPP) absorbers are perforated plates with holes typically in the
submillimeter range and perforation ratios around 1%. The values are typical for …

Mechanisms for the formation of bead defects, such as humping, gouging, rippling, and
other unexpected surface patterns, encountered in welding or drilling are interpreted and …

Electron beam welding (EBW) of two important engineering alloys, Ti–6Al–4V and 21Cr–6Ni–
9Mn, was studied experimentally and theoretically. The temperatures at several monitoring …

A mathematical model is proposed to evaluate the effect of the electromagnetic force field,
the velocity field and the temperature field in a gas metal arc (GMA) weld pool. The unsteady …

ABSTRACT A numerical model for three-dimensional heat transfer and fluid flow in keyhole
mode electron beam welding was developed and applied to 304L stainless steel welds …

Electron beam welding (EBW) process involves intricate physical phenomena. However, this
fusion welding technique is one of the significant process due to high power density and …

This paper presents a two-dimensional, quasi-stationary finite element numerical model to
study the fluid flow and the heat transfer phenomena which occur during constant travel …

In electron beam welding (EBW), the coupling dynamics between the keyhole and the weld
pool play significant roles in joint quality, yet the mechanisms of these dynamics have not …

This paper presents a systematic scaling analysis of the point heat source in steady-state on
a semi-infinite solid. It is shown that all characteristic values related to an isotherm can be …