Electroslag Technology

1 Electroslag Technology in the Soviet Union.- 1 Contemporary Electroslag Crucible Melting and Casting Its Future Outlook.- 2 Electroslag Technology as a Means of Improving the Design and Properties of Parts Used in Corrosive Environments.- 3 Electroslag Remelting as an Efficient Way To Increase the Quality of Alloy for the Production of Wheels and Bearings.- 4 Electroslag Remelting in the Development of New Steels for Fabricating Parts and Bearings.- 5 Electroslag Remelting of Steel Slabs for the Fabrication of Thin Strips.- 6 Computer Automatization of Electroslag Remelting Furnaces.- 7 Electroslag Remelting for the Production of Tool Steels.- 8 Electroslag Remelting of Worn-Out Machine Tools.- 9 Electroslag Casting of Preforms for Forging Dies.- 10 Electroslag Technology at the “Izhstal” Manufacturing Association.- 11 Electroslag Remelting of Manganese.- 12 Electroslag Remelting of Aluminum Bronzes Exhibiting the Memory Effect.- 13 Thirty Years of Electroslag Remelting Steel Production at the “Dneprospetsstal” Plant.- 14 Electroslag Remelting at the “Elektrostal” Plant.- 15 New Developments in Electroslag Remelting at the Zlatoust Metallurgical Plant.- 16 The Fabrication of Small Preforms for Machine Components by Permanent Mold Electroslag Casting in Factories of the Ukrainian Light Industry.- 17 Sectional Strip Mill Rolls with Electroslag-Cast Outer Linings Having a Variable Chemical Composition Across the Width of the Roll.- 18 The Introduction of Electroslag Technology at the Manufacturing Association “Novokramatorsk Manufacturing Plant”.- 19 Electroslag Casting at the Manufacturing Association “Cheboksar Commercial Tractor Plant”.- 20 Applications of the Electroslag Process for Producing Cutting Tools from Scrap Tool Steel at Factories of theMinistry of Machine Tools of the USSR.- 21 Electroslag Technology at the Manufacturing Association “Kolomensk Heavy Machinery Plant”.- 22 Electroslag Equipment at the “Sibelektroterm” Manufacturing Association.- 23 The Use of Electroslag Technology in the Production of Electric Furnaces.- 24 Research at the Georgian Polytechnical Institute in the Field of Electroslag Technology.- 25 Developments in Electroslag Technology at the Manufacturing Research Association “NIIPTmash”.- 26 Production of Large Ingots by Proportional Electroslag Casting.- 27 Large Hollow Castings of Quasi-Monolithic Reinforced Steel.- 28 A New High-Strength Quasi-Monolithic Reinforced Steel for High-Tonnage BELAZ Dump Truck Beds Used in Mining.- 29 Quasi-Monolithic Reinforced Spring Steel.- 30 Economic Aspects of the Use of Electroslag Castings To Produce Machine Parts at Kiev Factories.- 2 Electroslag Technology Abroad.- 31 Modern Electroslag Remelting Technology and Its Future Development.- 32 Electroslag Remelting of High-Speed Steel in Hungary.- 33 Electroslag Remelting of Specialized High-Alloy Steels.- 34 Research in the Field of Electroslag Remelting at the University of British Columbia.- 35 A 200-Ton Electroslag Furnace in the People’s Republic of China.- 36 The Development of Electroslag Technology in Bulgaria.- 37 The Development of Electroslag Remelting at the “Huta Batory” Steel Mill from 1960 to 1985.- 38 The Experience of the “Huta Beldon” Steel Mill in Electroslag Remelting.- 39 The Development of Electroslag Remelting at the “Zhelezarna Ravne” Metallurgical Plant in Yugoslavia.- 40 Electroslag Remelting of Heat-Resistant Alloys: Thermal Balance of Melting and Alloy Chemical Homogeneity.- 41 Twenty-Five Years’ Experience in Electroslag RemeltingDevelopment.- 42 Parameters Influencing the Quality of Electroslag Ingots and Process Efficiency.- 43 Electroslag Remelting in Czechoslovakia and Its Future Development.- 44 The Production of Large Electroslag Ingots with Low Oxygen and Aluminum Concentration from Steel Containing 12% Cr.- 45 New Electroslag Furnaces Abroad.