The primary objective of this program was to demonstrate that the Oregon Graduate Institute-developed
electroslag welding technology can be successfully implemented in commercial fabrication shops.
The minimum speed (approximately 0.35...0.4 m/h) was used in
electroslag welding of large blanks with the area of the welded section of several square metres [11, 13].
(1989)
Electroslag welding and melting with controlled MHD processes.
At the first stages, when electroslag remelting (ESR) was only began to be developed on the basis of the
electroslag welding, and melting of ingots was realized using an electrode wire, the simple water-cooled vessels of a round section, as a rule, were used as moulds for the producing ingots [1].
In case of continuous supply of the molten metal into the cladding area and uniform movement of the heat release source relative the surface being clad penetration of the base metal is mainly of rectilinear character detected, for example, in welds, produced by the
electroslag welding, using a consumable electrode under stationary conditions of melting.