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A comprehensive evaluation of the modeling of heat treatment processesThe book summarizes the current achievements on numerical modeling for the heat treatment process, providing academic researchers and engineers with a comprehensive understanding, helping to realize the physical problems, improve the studies, optimize the operation, and enhance the quality of parts for the heat treatment process. The book summarizes years of the authors' research work, and a systematic structure is presented for numerical modeling of heat treatment processes with the integration of multi-physics models stressed. It includes the thermal analysis, microstructural evolution, mechanical modeling, diffusion, compound formation, modeling of equipment and the concept of integration. It covers the fundamentals of simulation for heat treatment processes, illustrate physics-based models to the pertinent phenomena, and help the readers to have a general and comprehensive understanding to this field. Together with a small group of contributors, the authors present current research on: Thermal Modeling in Heat Treatment Processes; Microstructural Evolution for Steel and Aluminum; Mechanical Modeling; Diffusion and Compound Formation; Heat Treatment Equipment; Integration Modeling.backup out PBE_20210303_182610.xml PBE_20210304_182141.xml PBE_20210305_180539.xml PKN_20210303_182610.xml PKN_20210304_182141.xml PKN_20210305_180539.xml PVA_20210303_182610.xml PVA_20210304_182141.xml PVA_20210305_180539.xml PWB_20210304_182141.xml work Provides a systematic structure for the numerical modeling of heat treatment processes with integration of multi-physics models.backup out PBE_20210303_182610.xml PBE_20210304_182141.xml PBE_20210305_180539.xml PKN_20210303_182610.xml PKN_20210304_182141.xml PKN_20210305_180539.xml PVA_20210303_182610.xml PVA_20210304_182141.xml PVA_20210305_180539.xml PWB_20210304_182141.xml work Includes thermal analysis, microstructure evolution, mechanical modeling, diffusion, compound formation, modeling of equipments and the concept of integrationbackup out PBE_20210303_182610.xml PBE_20210304_182141.xml PBE_20210305_180539.xml PKN_20210303_182610.xml PKN_20210304_182141.xml PKN_20210305_180539.xml PVA_20210303_182610.xml PVA_20210304_182141.xml PVA_20210305_180539.xml PWB_20210304_182141.xml work Covers the fundamental technologies of heat treatment based on theory and experimental results, introducing computational simulation for such treatments which affect physical properties of metallic alloysbackup out PBE_20210303_182610.xml PBE_20210304_182141.xml PBE_20210305_180539.xml PKN_20210303_182610.xml PKN_20210304_182141.xml PKN_20210305_180539.xml PVA_20210303_182610.xml PVA_20210304_182141.xml PVA_20210305_180539.xml PWB_20210304_182141.xml work Fully illustrated throughout and accompanied by a website to include supplementary papers, demo case files, programs and source code
Summary
A comprehensive evaluation of the modeling of heat treatment processes
The book summarizes the current achievements on numerical modeling for the heat treatment process, providing academic researchers and engineers with a comprehensive understanding, helping to realize the physical problems, improve the studies, optimize the operation, and enhance the quality of parts for the heat treatment process. The book summarizes years of the authors' research work, and a systematic structure is presented for numerical modeling of heat treatment processes with the integration of multi-physics models stressed. It includes the thermal analysis, microstructural evolution, mechanical modeling, diffusion, compound formation, modeling of equipment and the concept of integration. It covers the fundamentals of simulation for heat treatment processes, illustrate physics-based models to the pertinent phenomena, and help the readers to have a general and comprehensive understanding to this field. Together with a small group of contributors, the authors present current research on: Thermal Modeling in Heat Treatment Processes; Microstructural Evolution for Steel and Aluminum; Mechanical Modeling; Diffusion and Compound Formation; Heat Treatment Equipment; Integration Modeling.
* Provides a systematic structure for the numerical modeling of heat treatment processes with integration of multi-physics models.
* Includes thermal analysis, microstructure evolution, mechanical modeling, diffusion, compound formation, modeling of equipments and the concept of integration
* Covers the fundamental technologies of heat treatment based on theory and experimental results, introducing computational simulation for such treatments which affect physical properties of metallic alloys
* Fully illustrated throughout and accompanied by a website to include supplementary papers, demo case files, programs and source code
