Advanced steels for lightweight automotive structures
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Published:2021
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Page:39-95
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ISSN:
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Container-title:Materials, Design and Manufacturing for Lightweight Vehicles
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language:
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Reference20 articles.
1. Campbell, M.P., 1989. Evaluation of a continuous annealed bake hardenable steel for improved dent resistance, Society of Automotive Engineers, SAE Publication 890711. 2. Chen, X., Shi, M., Chen, G., Kamura, M., Watanabe, K., Omiya, Y., 2005. Crash performances of advanced high strength steels of DP780, TRIP780 and DP980, Society of Automotive Engineers, SAE Publication 2005-01-0354, pp. 6–7. 3. Cornette, D., Cugy, P., Heldenbrand, A., Lavato, G., Bouzekri, M., 2005. Ultra high strength FeMnTWIP steels for automotive safety parts, Society of Automotive Engineers, SAE Publication 2005-01-1327, pp. 2–3. 4. Cornette, D., Hourman, T., Hudin, O., Laurnet, J.P., Reynaert, A., 2001. High strength steels for automotive safety parts, Society of Automotive Engineers, SAE Publication 2001-01-0078. 5. DiCostanzo, G.P., Matlock, D.K., 1996. Effect of tensile properties on dent resistance of sheet steels, Society of Automotive Engineers, SAE Publication 960024, p. 46.
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