Thermoplastic Processing of Structural Metallic Materials
Experiments, Theory, and Modeling
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Beschreibung
This book discusses the scientific framework of thermoplastic deformation of structural metallic materials, in particular dual-phase steels and intermetallic alloys, emphasizing the attainment of desired alloy structures and properties through enhanced production techniques. By strategically manipulating the stress-strain state, a more uniform deformation is achieved, thereby fostering structural and property homogeneity. A novel experimental-theoretical approach is presented for correlating the stress-strain state with grain size and metal flow stress. Through extensive experimentation, flow curve dependencies and deformation resistance under varying temperature-velocity conditions are meticulously examined, facilitating their integration into specialized software platforms. Analytical formulations derived from experimental data enable the calculation of deformation resistance for special alloys and the establishment of optimal thermoplastic processing parameters. Aimed at scientific and technical professionals, as well as experts in metallurgy and materials science, this book offers invaluable insights into the advancement of alloy processing methodologies.
Demonstrates advanced thermoplastic deformation techniques for enhancing alloy properties Offers novel insights into optimizing hot deformation modes for dual-phase alloys Provides comprehensive models for understanding metal flow stress during hot deformation processes
Autor*in
Serhii Sheyko
Themen in »Thermoplastic Processing of Structural Metallic Materials«
Thermochemical Pressing Dual-Phase Steels Dual-Phase Alloy Processing Hot Deformation Optimization Metal Flow Stress Determination Intermetallic Alloy Hardening Theoretical Flow Stress Models Stress-Strain Influence Yield Stress Approximation High-Performance Intermetallic Alloys Intermetallic Alloy Modeling Hot Rolling Effects