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Formability of Metallic Materials
Description:
This special edition presents a collection of contributions addressing the formability of metallic materials, with particular attention to their capacity to undergo plastic deformation while minimising damage and defects in the final product. The mechanisms influencing forming processes, such as plastic flow localisation, fracture, and springback, are presented among other phenomena of interest. The contributions encompass experimental, theoretical, and numerical investigations aimed at advancing understanding of the interplay among material properties, mechanical and thermal loading conditions, and other environmental constraints that govern the formability of metallic materials. The edition will be of interest to many specialists in mechanical engineering.
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Info:
ToC:
Editors:
Dr. Gabriela Vincze
DOI:
https://doi.org/10.4028/b-fFhn6G
DOI link
THEMA:
TDPM, TGBF, TGMD, TGMT
BISAC:
SCI041000, TEC020000, TEC021000
Keywords:
Alloy, Bending, Deep Drawing, Elongation, Failure Assessment, Formability, Forming Limit Curve, Forming Prediction, Hardening, Induction Surface Heat Treatment, Mechanical Properties, Microstructural Modification, Oxygen-Free Copper, Plasticity Model, Steel, Tensile Fracture Strain, Tool Edge Geometry, Tribology
Details:
Special topic volume with invited peer-reviewed papers only
Pages:
264
Year:
2026
ISBN-13 (softcover):
9783036409931
ISBN-13 (eBook):
9783036419930
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Ringgold Subjects:
Materials Science, Manufacturing, Mechanics