Engineering Research
Materials Science
Engineering Series
Material Forming ESAFORM 2015
Description:
The 252 papers are grouped as follows:
Chapter 1: Formability of Metallic Materials;
Chapter 2: Forging and Rolling;
Chapter 3: Composites Forming Processes;
Chapter 4: Friction and Wear in Material Processing;
Chapter 5: Continuum Constitutive Modelling and Scale Transition Modelling;
Chapter 6: Nano-Structured Materials and Micro Forming;
Chapter 7: Additive Manufacturing and Non-Conventional Processes;
Chapter 8: Structures, Properties and Processing of Polymers (and Biomass Based Materials);
Chapter 9: Integrated Design, Modelling and Reliability Assessment in Forming (I-DMR);
Chapter 10: Small Scale Plasticity, Damage and Fracture;
Chapter 11: Intelligent Computation in Forming Processes;
Chapter 12: Incremental and Sheet Metal Forming;
Chapter 13: Machining and Cutting;
Chapter 14: New and Advanced Numerical Strategies for Material Forming;
Chapter 15: Optimization and Inverse Analysis in Forming;
Chapter 16: Innovative Joining by Forming Technologies;
Chapter 17: Heat Transfer Modelling;
Chapter 18: Semi-Solid Processes;
Chapter 19: Extrusion and Drawing;
Chapter 20: Energy Efficient Solutions in Material Forming
Purchase this book:
Info:
Review from Ringgold Inc., ProtoView:
This two-volume set contains 252 papers from the 18th International ESAFORM (European Scientific Association for Material Forming) Conference on Material Forming (ESAFORM 2015), held in Graz, Austria, in April 2015, addressing metals, plastics, and composites forming and approaches ranging from experimental processes to numerical modeling and simulation. Materials scientists and others from around the world discuss topics related to the formability of metallic materials; forging and rolling; composites forming processes; continuum constitutive modeling and scale transition modeling; nano-structured materials and micro-forming; additive manufacturing and non-conventional processes; structures, properties, and processing of polymers and biomass-based materials; integrated design, modeling, and reliability assessment in forming; small-scale plasticity, damage, and fracture; intelligent computation in forming processes; incremental and sheet metal forming; machining and cutting; new and advanced numerical strategies for material forming; optimization and inverse analysis; innovative joining by forming technologies; heat transfer modeling; semi-solid processes; extrusion and drawing; and energy-efficient solutions.
Ringgold Subjects:
— Engineering
— Materials science
— Mechanical engineering