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This book presents modern concepts of the formation of structural-phase states, defect structure, and properties of high-speed steel 1.3355 after high-temperature tempering and electron-beam treatment (EBT). It employs methods of modern physical materials science, particularly transmission electron microscopy, to establish quantitative parameters of structure, phase composition, and fine substructure and to reveal the physical nature of hardening of high-speed steel after tempering and EBT. The book also formulates model concepts for the formation of gradients of structural-phase states during surfacing and subsequent treatments. It is intended for a wide range of specialists, including scientific researchers and engineers working in the field of materials science and the physics of condensed systems, as well as teachers, postgraduates, and students specializing in materials science.
Inhaltsverzeichnis
Introduction.- Current Studies Of Structure.- Phase Composition And Properties Of High-Speed Steels And Their Application.- Structure and Phase Composition Of Plasma Surfaced HSS.- Conclusion.
Über den Autor / die Autorin
Potekaev Alexander I. is Professor, Doctor of physico-mathematical sciences, Specialist in physics (materials science, structural and phase states of systems, pre-transition phenomena, stability problems, etc.), and Founder of the school of low-stability states of physical systems.
Victor E. Gromov is Professor, Doctor of physical and mathematical sciences, Well-Known Experimental Specialist in the field of physics (materials science, structural and phase states of systems, strength and plasticity materials at external energy action), and Head of the scientific school "Strength and plasticity of materials under external energy impacts".
Yurii F. Ivanov is Professor, Doctor of physical and mathematical sciences, and Well-Known Experimental Specialist in the field of physics (materials science, structural and phase states of systems, electron-beam treatment).
Sergey A. Nevskii is Associate Professor, Doctor of physico-mathematical sciences, Specialist in the field of physics (materials science, structural and phase states of systems, mathematical model of structure-phase state formation at external energy action).
Sergey V. Konovalov is Professor, Doctor of technical sciences, and Specialist in physics (physics of metals, metal science, external energy effects).
Zusammenfassung
This book presents modern concepts of the formation of structural-phase states, defect structure, and properties of high-speed steel 1.3355 after high-temperature tempering and electron-beam treatment (EBT). It employs methods of modern physical materials science, particularly transmission electron microscopy, to establish quantitative parameters of structure, phase composition, and fine substructure and to reveal the physical nature of hardening of high-speed steel after tempering and EBT. The book also formulates model concepts for the formation of gradients of structural-phase states during surfacing and subsequent treatments. It is intended for a wide range of specialists, including scientific researchers and engineers working in the field of materials science and the physics of condensed systems, as well as teachers, postgraduates, and students specializing in materials science.
