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Full Description
Thermo-mechanical simulation is a very effective tool to understand the combined effect of heat and deformation on resulting microstructure and properties of steel and other material. Leading experts worldwide engaged in this important area of research have generated a plethora of valuable information. This compendium showcases some of the recent advancements made in this vibrant field of materials' research.
Wide ranging themes covered in this compendium include inter alia recrystallization, precipitation & grain growth; simulation of hot deformation processes; Niobium microalloyed steels; thermo-mechanical controlled processing; hot deformation behaviour of stainless steels; mathematical modelling of metallurgical processes; process optimization & quality improvement; structure-property correlation; emerging steel products; welding process & simulation; and materials processing & characterization.
The wealth of information contained in this book will definitely help in steering the future course of research in this highly exciting field, leading to new material development, process optimisation and quality & yield improvement.
Contents
Section I:
New Insight into Materials Processing and its Application
Section II: Recrystallization, Precipitation and Grain Growth
Section III: Simulation of Hot Deformation Processes
Section IV: Niobium Microalloyed Steels: Thermo-mechanicalControlled Processing and Applications
Section V: Thermo-mechanical Controlled Processing
Section VI: Hot Deformation Behaviour of Stainless Steels
Section VII: Mathematical Modelling of Metallurgical Processes
Section VIII: Process Optimization and Quality Improvement
Section IX: Structure - Property Correlation
Section X: Emerging Steel Products
Section XI: Welding Process and Simulation
Section XII: Materials Processing and Characterization
