Other

Grigory Bentsionovich Schupak

Boris I Medovar

Boris E Paton

Jury Fedorovich Alferov

Alexei G Bogachenko

Vitaly Mikhailovich Baglai

Jury V Latash

Leonid Mikhailovich Stupak

Oleg Petrovich Bondarenko

Georgy Alexandrovich Boiko

Anatoly Ivanovich Chvertko

Stanislav Vitalievich Grodzitsky

Vladimir Y Saenko

Vitaly Vasilievich Pogoretsky

July Georgievich Emelyanenko

Lev Andreevich Shuruev

Kim Moiseevich Khasin

Jury Fedorovich Frolov

Jury Andreevich Schelkunov, Deceased

Vitaly V Lupan

Jury Y Chernyavsky

Petr Stepanovich Zabolotsky

Vladimir Y Maidannik

Viktor Andreevich Popov

Vladimir Fedorovich Karpov

Alexandr N Kozhushko

Kirill Adolfovich Berman

Valery Vasilievich Salmin

Vladimir Ivanovich Oleinik

Vilen Fedorovich Marjuschenko

Vitaly Alexandrovich Ovseichuk

Vladimir Ivanovich Lugovsky

Jury V Orlovsky

Fedor Fedorovich Shaburov

By Margarita Schelkunova, Administratrix

The method consists in that molten metal and slag are obtained in a reservoir and then are poured into a mold and kept there till crystallization of the metal takes place and a shaped casting is produced. Prior to the process of pouring, the mold is moved towards the reservoir so that their upper end faces adjoin each other to form a closed integrated unit, which is turned in a vertical plane to transfer the metal and slag into the mold. The joint of the mold with the reservoir in the process of pouring is tightened by providing a time delay for this process from the moment of covering the joint with a slag layer till the moment of solidification of this layer. In the device for producing the castings, the mold and reservoir are provided with individual drives rotating them in a vertical plane, the drives moving the mold to form a closed integrated unit with the reservoir and rotating this unit in the process of pouring the molten metal and slag into the mold.

Method of and apparatus for producing shaped castings

An installation has a hollow cooled mould with a bottom plate having a cooled protrusion which partially enters the cavity of the cooled mould from underneath and forms the bottom of the mould at the beginning of melting. The protrusion is of a height exceeding that of the ingot forming walls of the cooled mould, and of a cross section allowing the cooled mould to be lowered to a level at which the ingot forming section of the cooled mould wall is below the upper end face of the cooled protrusion. The installation is compact in size and permits the use of a crane for upward removal of an ingot from the cooled mould.

Installation for electroslag melting of heavy-weight metal ingots

An electroslag remelting plant according to the invention, comprises a double-mast single-phase furnace connected to a three-mast three-phase furnace through water-cooling and gas suction systems, with at least one mast of the three-mast three-phase furnace, on which an electrode holder is fixed, being spaced at such a distance from the double-mast single-phase furnace which ensures the melting of an ingot into a common mold. Such plant allows melting large-size slab ingots and features high versatility ensuring simultaneous melting of different ingots with each electrode holder serving its mold.

Electroslag remelting plant

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Kyiv, Ukraine

Grigory Bentsionovich Schupak