Thermoplastic Processing Of Structural Metallic Materials For Real World Steel Applications Through Experiments And Theory And Modeling Of Dual Phase Steels And Intermetallic Alloys
✔️ Covers experimental-theoretical links of stress-strain to grain size
The book presents a scientific framework for thermoplastic deformation of structural metallic materials, with a focus on dual-phase steels and intermetallic alloys. It emphasizes achieving homogeneous structure and properties by controlling the stress-strain state, and introduces experimental-theoretical methods to link deformation behavior with grain size and flow stress. This resource is ideal for metallurgists, materials scientists, and engineers involved in alloy processing and steel applications.
✅ Author: Yurii Belokon
✅ Edition: 2024
✅ Pages: 122
✅ Release Date: 20-10-2024
✅ Language: English
✅ Topics: thermoplastic deformation, dual-phase steels, intermetallic alloys, deformation resistance
💡 What is thermoplastic processing of structural metallic materials used for in real-world steel applications? This handy approach helps tailor alloy structures and properties during processing. - Stress-strain state control links to grain size and flow stress - Enables modeling and optimization of deformation resistance under varied temperature-velocity conditions - Supports software-assisted parameter selection for dual-phase steels and intermetallic alloys
✝️