Citation: J-12. Y. Jia , C. Pu , F. Zhu , K. Schmid and Y. W. Wang, “A New Hybrid Bead with Post-stretching Method to Effectively Control Spring-back for Advanced High Strength Steel,” International Deep Drawing Research Group 37th Annual Conference, 2018, IOP Conf....
L-1
Citation: L-1. S. D. Liu, “A/SP HSS Load Beam Springback Measurement Data Analysis,” Generalety Project Report #001023 (May 27, 2004); Conducted for Auto/Steel Partnership.
J-11
Citation: J-11. Y. Jia, C. Pu, F. Zhu, D. Zhou, C. Du, Y.-W. Wang, Z.G. Qin, and C.-K. Hsiung, “Numerical Study of Twist Spring-back Control with an Unbalanced Post-stretching Approach for Advanced High Strength Steel,” SAE Technical Paper 2018-01-0806, 2018.
A-6
Citation: A-6. Courtesy of Auto/Steel Partnership
A-40
Citation: A-40. Auto/Steel Partnership,Body Systems Analysis Team, “Automotive Sheet Steel Stamping Process Variation,” July 1999.
Y-2
Citation: Y-2. K. Yoshida, “Handbook of Ease or Difficulty in Press Forming", Translated by J. Bukacek and edited by S-D Liu, 1987.
N-2
Citation: N-2. M. F. Shi, Internal National Steel Corporation report.
K-4
Citation: K-4. T. Katayama et al, “Effects of Material Properties on Shape-Fixability and Shape Control Techniques in Hat-shaped Forming,” Proceedings of the 22nd IDDRG Congress, p.97, 2002.
G-18
Citation: G-18. A. Gåård, "Wear mechanisms in sheet metal forming - Effects of tool microstructure, adhesion and temperature,” Dissertation, Karlstad University, Sweden, 2008.
U-7
Citation: U-7. Uddeholm, "Tool Steels For Cold Work Tooling", Edition 14, October 2017.