Engineering Research
Materials Science
Engineering Series
Materials Science Forum
Volumes
The 99 papers are grouped as follows:
Chapter 1: Keynote Lecture
Chapter 2: Mechanism of Superplasticity
Chapter 3: Superplastic Materials
Chapter 4: Microstructure Refinement
Chapter 5: Industrial Application
The 81 papers are grouped as follows:
Chapter 1: Mechanism and Technology of High Speed Machining
Chapter 2: Micro-Machining and Non-Traditional Machining Technologies
Chapter 3: Recent Developments in High Speed Machine Tools and Cutting Tools
Chapter 4: CAD/CAM/CAE Technologies in Modeling and Simulation of Processes in High Speed Machining
Chapter 5: Testing, Measuring and Monitoring in Machining Processes
The book is second in series under the title. The invited review papers in all seven from five countries cover aspects right from the historical one to pressure sintering and sintering atmosphere control to manipulate efficient sintering. In addition, simplified sintering calls for global energy reduction during sintering. Also discussed are functionally graded cemented carbides, doped ceria based SOFC electrolytes and sintering aspects of seeded and neodymium lanthanum hexaaluminate.
The issue is completed by articles of professors and scientists of MSTU STANKIN related to modern advanced technologies such as technologies of thin and thick resistant coatings for functional parts and cutting tools, diagnostics of technological processes and innovative technologies for material processing. The articles contain the description of the nowadays conditions and the last achievements in the University according to worldwide level. This issue is devoted to the 85th anniversary of MSTU STANKIN.
The 173 papers are grouped as follows:
Chapter 1: Developments in Materials Processing Technologies;
Chapter 2: Powder Metallurgical Processing;
Chapter 3: Manufacturing and Processing Techniques;
Chapter 4: Heat Treatment and other Thermal Technologies;
Chapter 5: Testing and Analysis of Mechanical Properties;
Chapter 6: Materials Joining;
Chapter 7: Materials Characterisation;
Chapter 8: Ceramics and Composites;
Chapter 9: Functional Materials;
Chapter 10: Corrosion and Surface Coatings;
Chapter 11: Failure Analysis
The 76 papers are grouped as follows:
Chapter 1: Alloy Development;
Chapter 2: Casting and Solidification;
Chapter 3: Powder Metallurgy;
Chapter 4: Heat Treatment and Phase Transformation;
Chapter 5: Mechanical Properties;
Chapter 6: Coating and Surface Modification;
Chapter 7: Processing, Joining and Forming;
Chapter 8: Characterisation;
Chapter 9: Simulation and Modeling;
Chapter 10: Applications
The 66 papers are grouped as follows:
Chapter 1: Materials in Environmental Engineering;
Chapter 2: Materials in Biomedical Engineering;
Chapter 3: Materials for Devices of Conversion and Storage of Energy;
Chapter 4: Ferromagnetic and Superconducting Materials;
Chapter 5: Materials for Sensors;
Chapter 6: Researching and Designing of Fabrication Technologies;
Chapter 7: Applied Research Techniques of Phenomena in Solid State Materials
The 137 papers are grouped as follows:
Chapter 1: Polymer Matrix Composites;
Chapter 2: Metal Matrix Composites and Interpenetrating Materials;
Chapter 3: Ceramic Matrix Composites;
Chapter 4: Hybrid Structures, Laminates;
Chapter 5: Structural Health Monitoring;
Chapter 6: Coatings;
Chapter 7: Modelling, Simulation;
Chapter 8: Manufacturing Technology, Components/Products/Applications;
Chapter 9: Testing and Characterization;
Chapter 10: Cemented carbides, Cermets, Wear and Abrasion Materials;
Chapter 11: Bio-Composites;
Chapter 12: Recycling & Sustainability, Building Materials