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Title of Journal: JOM

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Springer-Verlag

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10.1002/cjce.5450700331

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1543-1851

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Development of Melting and ThermomechanicalProces

Authors: G F Torkhov Yu V Latash R R Fessler A H Clauer E E Fletcher A L Hoffmanner
Publish Date: 2014/11/27
Volume: 30, Issue: 12, Pages: 20-27
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Abstract

Raymond R Fessler Manager Physical and Applied Metallurgy Section BatelleColumbus is responsible for research on the physical metallurgy of steels hightemperature alloys and nonferrous metals as well as melting and casting technology and optical and electron metallography Dr Fessler obtained his BS in metallurgical engineering from Carnegie Institute of Technology in 1961 and his ScD in metallurgy from MIT in 1965 Since joining the Battelle staff in 1965 his principal research assignment has involved coordinating and directing research regarding stresscorrosion cracking in pipelines Recently he has participated in the project sponsored by the National Science Foundation that involves cooperative research with scientists from the USSR on the production by plasmaarc remelting and the processing of a new type of stainless steel He also has conducted numerous failureanalysis research programs on a variety of steel products including transmission pipe valves gears automotive components ships and chemicalplant equipment Additional studies have included investigation of hydrogen in steel processing and heattreatment of structural steel continuous casting of steel and various manufacturing problems related to steel productsAllan H Clauer received his BS and MS in metallurgical engineering from the University of Wisconsin and his PhD in metallurgy from Ohio State University He joined Battelle’s Columbus Laboratories in 1960 in 1972 he was visiting scientist at the Danish Atomic Energy Laboratory Riso He became Associate Section Manager of the Metal Science Section at Battelle in 1974 Most of his research has been concerned with studies of the hightemperature mechanical properties of metals and oxides Recently he has also become involved in research on laser processing of metals particularly laser shock hardening He is a member of AIME ASM and ACSAlbert L Hoffmanner joined Battelle’s Columbus Laboratories in 1974 as As sociate Manager Metalworking Section In early 1978 he was promoted to Research Leader Engineering and Manufacturing Technology Department In both positions he has directed and managed research activities on metalworking metal removal and the design and optimization of manufacturing systems Prior to Battelle he had performed similar work at TRW IncHe is currently Secretary of the TMS AIME Shaping and Forming Committee and formerly was its Chairman One of his AIME activities was the 1970 Symposium on Metal Forming The Interrelation Between Theory and Practice in which he was the Symposium Chairman and Editor of the book on the proceedings Dr Hoffmanner is a member of ASM AIME and has served on two recent National Materials Advisory BoardsE Ellis Fletcher is a Research Metallurgist at Battelle’s Columbus Laboratories He has been with the contractresearch organization since he received his Met E degree from Colorado School of Mines in 1944 Mr Fletcher has participated in numerous research investigations in the areas of physical and applied metallurgy primarily associated with ferrous alloys Other research interests include magnetic materials and the effects of hydrogen on the properties and fracture behavior of steels


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  1. Developments in Plasma Processes for Extractive Metallurgy
  2. Structural materials issues for the next generation fission reactors
  3. Defects in Strained Layer Semiconductors
  4. Engineering Education Answers the Challenge of the Future
  5. Titanium bearing ore and blast furnace slag viscosity
  6. Graphite to Graphene via Graphene Oxide: An Overview on Synthesis, Properties, and Applications
  7. Microalloying TiAl with Nitrogen and Tungsten
  8. Fracture Toughness and Fatigue Crack Growth Behavior of As-Cast High-Entropy Alloys
  9. Fe-30Ni-5NiO alloy as inert anode for low-temperature aluminum electrolysis
  10. Strain-Induced Surface Dynamics of Aluminum Studied by In Situ Photoelectron Emission
  11. Titanium composite materials for transportation applications
  12. Microstructure of ASTM A-36 Steel Laser Beam Weldments
  13. Understanding Slag Freeze Linings
  14. Development Trends in EAF Steelmaking
  15. The positive strain-rate dependence of ductility in a 50Mo-50Re alloy
  16. The mineral base and productive capacities of metals and non-metals of Kosovo
  17. Heat transfer and skin formation in a continuous-casting mold as a function of steel carbon content
  18. Metal Production: A Time to Reflect
  19. The Development of the Channel Injection Furnace for Demagging in the Secondary Aluminum Industry
  20. The cutting edge: Sharp biological materials
  21. A Model of Vanadium Carbide Growth on Steel Surfaces Obtained by Thermo Reactive Deposition
  22. The Emergence of Quantitative Sintering Theory from 1945 to 1955
  23. Electric furnace steelmaking in the next decade
  24. Single- and Two-Layer Coatings of Metal Blends onto Carbon Steel: Mechanical, Wear, and Friction Characterizations
  25. Effects of Vanadium (V and IV), Molybdenum (VI) and Lead (II) on the Oxidation Kinetics of Steel Scrap
  26. Soft Magnetic Materials in High-Frequency, High-Power Conversion Applications
  27. Shaping, Forming and Modeling of Advanced High Strength Steel
  28. Ultrananocrystalline Diamond-Coated Microporous Silicon Nitride Membranes for Medical Implant Applications
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  34. Recent Progress in Developing and Qualifying Nanostructured Ferritic Alloys for Advanced Fission and Fusion Applications
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  41. Review of Structure Representation and Reconstruction on Mesoscale and Microscale
  42. Feasibility Study of Regenerative Burners in Aluminum Holding Furnaces
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  52. Metal Separations and Recovery in the Mining Industry
  53. Zinc Recovery via the Flame Reactor Process
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  55. Microstructural Changes in Inconel ® 740 After Long-Term Aging in the Presence and Absence of Stress
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  58. Application Prospects and Microstructural Features in Laser-Induced Rapidly Solidified High-Entropy Alloys

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