Engineering Research
Materials Science
Engineering Series
Books by Keyword: Aluminium Alloy
Books
Volume is indexed by Thomson Reuters CPCI-S (WoS).
The 131 peer reviewed papers are grouped as follows:
Chapter 1: Theory and Technology of Cutting and Grinding;
Chapter 2: New Technologies of Tool;
Chapter 3: Precision and Ultra Precision Machining;
Chapter 4: Advanced Manufacturing Technology;
Chapter 5: Micro and Nano Technology;
Chapter 6: Mechanical Manufacturing Experiment and Detection Technology;
Chapter 7: Automation and Modern Manufacturing System
Collection of selected, peer reviewed papers from the 2013 2nd International Conference on Metallurgy Technology and Materials (ICMTM 2013), June 25-26, 2013, Hong Kong, China.
The 108 papers are grouped as follows:
Chapter 1: Metallurgy Technologies and Materials, Manufacturing Engineering;
Chapter 2: Minerals and Mining Engineering;
Chapter 3: Advanced Materials Science and Technologies;
Chapter 4: Materials Processes Technology.
The 658 papers are grouped as follows:
Chapter 1: Mineral Prospecting, Geological Exploration and Mineral Process Engineering;
Chapter 2: Materials Forming;
Chapter 3: Materials Machining;
Chapter 4: Welding & Joining;
Chapter 5: Building Materials, Geotechnics and Construction;
Chapter 6: Modeling, Analysis and Simulation in Industry Engineering;
Chapter 7: Analysis, Optimization and Control of Structures;
Chapter 8: CAD/CAE/CAM Technologies;
Chapter 9: Products Design, Manufacture and Design in Manufacture;
Chapter 10: Machinery Dynamics and Dynamic Analysis, Vibration;
Chapter 11: System Analysis and Industrial Engineering;
Chapter 12: Industrial Robotics and Automation;
Chapter 13: Sensor Technology;
Chapter 14: Measurement, Testing, Detection, Monitoring and Fault Diagnosis;
Chapter 15: Electrical, Power, Electronic, Microelectronic and Embedded Systems, Communication Technology Engineering;
Chapter 16: Fluid, Gas, Flow Engineering and Machinery;
Chapter 17: Green Supply Chain and the Internet of Things;
Chapter 18: Information Technologies, Image and Video Processing, Computer and Data Analysis Applications in Industry and Engineering;
Chapter 19: Engineering Education, Engineering Management and Other Related Topics.
The special collection focuses on recent advances in the science and technologies associated with aluminium, magnesium and titanium alloys. Topics span the full light metals field from the development of new alloys, through processing and material behaviour, to final application, and increasingly the issues of sustainability and end-of-life.
The papers are arranged in the following chapters:
1. Alloy Development;
2. Casting & Solidification;
3. Forming;
4. Heat Treatment & Phase Transformations;
5. Mechanical Behaviour,
6. Corrosion & Surface Modification;
7. Joining; and
8. Applications.
This volume provides a snapshot of the current status and trends in light metals research, and will be an invaluable resource for readers in academia and industry alike.
There are continuous demands for high performance materials with enhanced properties. In the development of these materials and their processing methods, physical and numerical simulations have important roles to play. By using best current knowledge and modern facilities, these simulation techniques can enable the rapid and economic evaluation and prediction of high temperature processes and applications. The papers deal extensively with physical and numerical simulation, the modeling of processes, as well as recent advances in the processing of various materials, e.g., steels, light metals, composites, etc.
The collection of 282 peer reviewed papers aims to promote the interest for all types of materials and all topics connected to Material Forming.
The papers are grouped as follows:
Chapter 1: Formability of Metallic Materials
Chapter 2: Forging and Rolling;
Chapter 3: Composites Forming Processes;
Chapter 4: Semi-Solid Processes;
Chapter 5: Light Weight Design and Energy Efficiency in Metal Forming;
Chapter 6: New and Advanced Numerical Strategies for Material Forming;
Chapter 7: Extrusion and Drawing;
Chapter 8: Friction and Wear in Material Processing;
Chapter 9: Nano-Structured Materials and Microforming;
Chapter 10: Inverse Analysis Optimization and Stochastic Approaches;
Chapter 11: Innovative Joining by Forming Technologies;
Chapter 12: Multiscale & Continuum Constitutive Modelling;
Chapter 13: Incremental and Sheet Metal Forming;
Chapter 14: Sheet-Bulk-Metal Forming;
Chapter 15: Heat Transfer Modelling;
Chapter 16: Structures, Properties and Processing of Polymers;
Chapter 17: Non-Conventional Processes;
Chapter 18: Machining and Cutting;
Chapter 19: Integrated Design, Modelling and Reliability Assessment in Forming (I-DMR);
Chapter 20: Finite Element Technology and Multi-Scale Methods for Composites, Metallic Sheets and Coating Models;
Chapter 21: Intelligent Computation in Forming Processes.
Volume is indexed by Thomson Reuters CPCI-S (WoS).
There are 69 peer reviewed contributions from Industry and academia representing 23 Countries. The research presented covers a diverse field from the fundamental testing and characterisation of sheet metals to the development of new and innovative forming processes.
Recrystallization and grain growth are mechanisms that alter the microstructure without necessarily altering the phase. They are typically driven by high internal elastic and surface energies though sometimes other volumetric energy terms appear. The topic is important to materials engineers and scientists and geologists alike. The former typically aim to exert control over the phenomena for technological and economic benefit while the latter often seek in these mechanisms the answers to questions regarding events long gone. This collection of peer-reviewed papers brings together the most up-to-date knowledge in this field.
Selected, peer reviewed papers from the 2012 International Conference on Advances in Materials and Manufacturing Processes (ICAMMP 2012), December 22–23, 2012, Beihai, China.
The 508 papers are grouped as follows:
Chapter 1: Composites;
Chapter 2: Micro/Nano Materials and Ceramic;
Chapter 3: Polymers and Biomaterials;
Chapter 4: Optical/Electronic/Magnetic Materials;
Chapter 5: Chemical Materials and Technologies;
Chapter 6: Energy Materials;
Chapter 7: Iron and Steel;
Chapter 8: Metal Alloy Materials;
Chapter 9: Materials for Building and Structures;
Chapter 10: Mechanics of Materials;
Chapter 11: Environmental. Research, Friendly Materials and Recycling Waste Technologies;
Chapter 12: Surface Engineering/Coatings;
Chapter 13: Materials Forming;
Chapter 14: Materials Machining;
Chapter 15: Welding & Joining;
Chapter 16: Laser Processing;
Chapter 17: Casting and Solidification;
Chapter 18: Geology and Mineral Processing.