Titlebook: Electroslag Technology; B. I. Medovar,G. A. Boyko Book 1991 Springer-Verlag New York, Inc. 1991 computer.design.efficiency.iron.manganese.

conception

James A. Athanasou,Raoul Esbroeckhe time, they were the largest such furnaces in the world. The three-phase ESR-10M unit can handle electrodes with a diameter from 330 to 350 mm and a length of up to 7 m. This type of electrode could be produced at the plant only by forging. That resulted in a low yield of ESR steel of 60% of the ingots used to produce electrodes.

declamation

Electroslag Technology at the “Izhstal” Manufacturing Associationent, about 1.65 (ingot weight, 1350 kg; final product yield, 820 kg). In view of these figures, most of the development efforts at the MA were directed toward improving the efficiency of the process (reducing material and electric power consumption and increasing furnace productivity).

顛簸下上

Sectional Strip Mill Rolls with Electroslag-Cast Outer Linings Having a Variable Chemical Compositioals that can be used in roll liner production in one installation (e.g., cast iron and low-alloy, low carbon and hypereutectoid steel); increasing the roll service life by means of optimal grain orientation during solidification; and increasing rolling mill productivity, due to prolonged roll service life.

Fatten

The Introduction of Electroslag Technology at the Manufacturing Association “Novokramatorsk Manufacthe time, they were the largest such furnaces in the world. The three-phase ESR-10M unit can handle electrodes with a diameter from 330 to 350 mm and a length of up to 7 m. This type of electrode could be produced at the plant only by forging. That resulted in a low yield of ESR steel of 60% of the ingots used to produce electrodes.

整體

sleep-spindles

agonist

Contemporary Electroslag Crucible Melting and Casting, and Its Future Outlookthe production of high-quality ingots and castings comparable to forgings in their physical and mechanical properties. The castings are used for cement kiln bands, crankshafts, high-pressure vessels, stamping forms, cutting tools, various types of hollow semifinished products, and so on.

召集

Electroslag Technology as a Means of Improving the Design and Properties of Parts Used in Corrosive y in comparison to alloys obtained by conventional remelting, other refining methods, and particularly vacuum arc remelting (VAR). As a rule, the basic physical and mechanical properties of ES products are comparable to those of VAR alloy, and some are even better.

Veneer

Computer Automatization of Electroslag Remelting Furnacesems function in industrial use. In this chapter three examples of ACS are given to illustrate the various control structures that were developed for specifiic ESR furnaces and technologies. These ACS were built in the Kramatorsk Manufacturing Association (MA) NKMZ, in the Kiev MA “Bolshevik,” and in the Zhdanov metallurgical plant “Azovastal.”

anus928

Thirty Years of Electroslag Remelting Steel Production at the “Dneprospetsstal” Plant techniques for remelting a wider variety of steels. Further developments in ESR techniques and equipment were carried out jointly with research institutes, especially with the E.O. Paton Electric Welding Institute—the founder of ESR.