Jun Hu
Characterization and Modeling of Advanced High Strength Steels
Deformation, Springback, and Failure of AHSSs
Buch
New generations of advanced high strength steels, expected with tension strength exceeding 1 GPa, sufficient cold-stamping ductility, and low-alloyed microstructure, are being highly sought for automotive lightweighting applications without compromising on neither performance nor cost standards. Nevertheless, the preliminary-developed new AHSSs exhibit unique and complex deformation, failure, and springback characteristics compared with the conventional steel grades, which thereby bring significant challenges to the current manufacturing infrastructure in automotive sector. This research work started from a full set of mechanical experimentat…
Mehr
Beschreibung
New generations of advanced high strength steels, expected with tension strength exceeding 1 GPa, sufficient cold-stamping ductility, and low-alloyed microstructure, are being highly sought for automotive lightweighting applications without compromising on neither performance nor cost standards. Nevertheless, the preliminary-developed new AHSSs exhibit unique and complex deformation, failure, and springback characteristics compared with the conventional steel grades, which thereby bring significant challenges to the current manufacturing infrastructure in automotive sector. This research work started from a full set of mechanical experimentation on some selected AHSSs to comprehensively understand their deformation, springback, and failure. Furthermore, based on the experimental results, a new phenomenological model was proposed to properly characterize not only anisotropy, complex hardening induced by the Bauschinger effect, but also tension-compression asymmetry and the TRIP effect. This work eventually wrapped up with a case study of component-level finite element forming and springback predictions compared with the corresponding actual panels as verification.
CHF 86.00
Preise inkl. MwSt. und Versandkosten (Portofrei ab CHF 40.00)
V105:
Folgt in ca. 15 Arbeitstagen
Produktdetails
- ISBN: 978-3-330-31627-0
- EAN: 9783330316270
- Produktnummer: 37524273
- Verlag: LAP Lambert Academic Publishing
- Sprache: Englisch
- Erscheinungsjahr: 2017
- Seitenangabe: 204 S.
- Masse: H22.0 cm x B15.0 cm x D1.2 cm 322 g
- Abbildungen: Paperback
- Gewicht: 322
Über den Autor
Jun Hu is now an engineer at AK Steel R&D. He received his PhD in Automotive Engineering in 2016 and MS in Mechanical Engineering at Clemson University in 2012 and BE in Mechanical Engineering and BA in English at Qingdao University of Sci & Tech in 2009. Research interests include material characterization of deformation, springback, and failure.
45 weitere Werke von Jun Hu:
Deformation, Springback, and Failure of AHSSs
Ebook (PDF Format)
CHF 169.00
Deformation, Springback, and Failure of AHSSs
Ebook (EPUB Format)
CHF 169.00
Deformation, Springback, and Failure of AHSSs
Ebook (PDF Format)
CHF 212.50
Deformation, Springback, and Failure of AHSSs
Ebook (PDF Format)
CHF 121.50
Deformation, Springback, and Failure of AHSSs
Ebook (PDF Format)
CHF 106.50
Deformation, Springback, and Failure of AHSSs
Ebook (EPUB Format)
CHF 81.52
Deformation, Springback, and Failure of AHSSs
Ebook (PDF Format)
CHF 81.52
Deformation, Springback, and Failure of AHSSs
Ebook (PDF Format)
CHF 61.00
Deformation, Springback, and Failure of AHSSs
Ebook (PDF Format)
CHF 198.50
Deformation, Springback, and Failure of AHSSs
Ebook (PDF Format)
CHF 483.75
Deformation, Springback, and Failure of AHSSs
Ebook (PDF Format)
CHF 177.00
Deformation, Springback, and Failure of AHSSs
Ebook (EPUB Format)
CHF 116.05
Bewertungen
0 von 0 Bewertungen
Anmelden
Keine Bewertungen gefunden. Seien Sie der Erste und teilen Sie Ihre Erkenntnisse mit anderen.