Process-Structure-Property Relationships in Metals
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Beschreibung
In this Special Issue of Metals, an open access forum is provided for publishing original papers that the covers direct and effective correlations between a wide range of thermomechanical processing routes and generated microstructure, hence, the final physical and mechanical properties of the materials. The following aspects of the science and engineering of various metals and alloys are covered in this book:
• Original research studies that relate to the understanding of the properties obtained following specific processing/heat treatment route (Experimental, theoretical, and simulation modeling).
• Understanding the mechanisms involved in microstructure evolution and phase transformation during processing of materials, specifically as they relate to the understanding of final mechanical properties.
• Nano/micro/macro structure characterization and chemistry of metals/alloys used in automotive, power generation, nuclear, aerospace, and medical applications.
• Micro/macro texture devolvement during thermo-mechanical processing of metals/alloys.
Autor*in
Soran Birosca
[Soran] [Birosca], [Associate Professor], [Dr. Soran Birosca is an associate professor in material engineering at Swansea University - College of Engineering. Prior to his appointment at Swansea he was conducting his research at the University of Cambridge - Department of Materials Science and Metallurgy and the University of Manchester – School of Materials. He also spent a year as a research associate in Pohang University of Science and Technology - Materials Design Laboratory - Pohang (South Korea). Soran has a PhD degree in materials science and engineering from Loughborough University, an MSc degree from the University of Manchester in corrosion science and engineering and BSc degree from Salahaddin University in mechanical engineering. Soran research portfolio over years focused on material characterisation, physical metallurgy, materials processing, materials performance and integrity, phase transformation and heat treatment, low and high temperature corrosion, structure/property relationship, mechanical property of materials, fracture mechanics, fatigue, microtexture and texture analysis for materials used in power generation, nuclear, automotive and aero- engine applications.]
Themen in »Process-Structure-Property Relationships in Metals«
Alloys Deformation Dislocation EBSD Fracture Mechanics Grain Boundary Material Characterisation Mechanical Property Metals Microstructure Microtexture Slip System Texture Twinning