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If you design, evaluate, or produce metal parts, this is an
indispensable reference on the principles and practices of
workability evaluation and process design. Workability is a complex
technological concept that is related to both material and process
characteristics, and this book describes the underlying concepts
and practical methods for effective design, evaluation, and
optimization of bulk working operations such as forging, rolling,
and extrusion. The Handbook of Workability and Process Design
includes updated content from a previous ASTM publication
(Workability Testing Techniques, 1984) as well as substantial new
coverage in the areas of process design, numerical simulation, and
computer-based modeling of testing and processing conditions.
Contents: Introduction: Overview of workability and process design;
Bulk working behavior of metals; Evolution of microstructure during
bulk working; Workability testing techniques: Bulk workability
testing; Cold upset testing; Hot compression testing; Hot tension
testing; Torsion testing to assess bulk workability; Hot working
simulation by hot torsion testing; Thermomechanical testing;
Process design and workability: Design for deformation processes;
Workability theory and application in bulk forming processes;
Workability in forging; Forging process design; Modeling techniques
in forging process design; Data acquisitions and control; Rolling;
Workability and process design in rolling; Drawing; Extrusion;
Workability and process design in extrusion and wire drawing;
Multidisciplinary process design and optimization: Computer aided
and multidisciplinary optimization of forging processes;
Microstructure driven computer-aided process optimization; Process
design of gas turbine engine components using process optimization
software; Computer-aided optimization to improve process
engineering productivity for complex die and preform design, and
process control; Index
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