Development of Cold-stamped Door Impact Beams Made of 1180MPa Grade High Strength Steel Sheet
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概要
- 論文の詳細を見る
- 2009-04-01
著者
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TOJI Yuki
Steel Research Lab., JFE Steel Corporation
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HASEGAWA Kohei
Steel Research Lab., JFE Steel Corporation
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SHIGEMOTO Harumi
West Japan Works, JFE Steel Corporation
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KAWABE Hidetaka
Steel Research Lab., JFE Steel Corporation
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FUJITA Takeshi
Steel Research Lab., JFE Steel Corporation
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TANAKA Yasushi
Steel Research Lab., JFE Steel Corporation
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NAKAMURA Hajime
Product Design Division, Hirotec Corporation
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ISHIDA Hiroshi
Product Design Division, Hirotec Corporation
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SAKAMOTO Hiroyuki
Product Design Division, Hirotec Corporation
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Toji Yuki
Steel Research Lab. Jfe Steel Corporation
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Hasegawa Kohei
Steel Research Lab. Jfe Steel Corporation
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Kawabe Hidetaka
Steel Research Lab. Jfe Steel Corporation
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Nakamura Hajime
Product Design Division Hirotec Corporation
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Shigemoto Harumi
West Japan Works Jfe Steel Corporation
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Fujita Takeshi
Steel Research Lab. Jfe Steel Corp.
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Tanaka Yasushi
Steel Research Lab. Jfe Steel Corporation
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Ishida Hiroshi
Product Design Division Hirotec Corporation
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Sakamoto Hiroyuki
Product Design Division Hirotec Corporation
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Fujita Takeshi
Steel Research Lab. Jfe Steel Corporation
関連論文
- Sulfide Precipitation in Titanium-Added Steel with Residual Level of Copper (3) : Decrease of Copper Sulfide by Long-Time-Annealing in Ferrite Region
- Sulfide Precipitation in Titanium-Added Steel with Residual Level of Copper (2) : Precipitation in Ferrite Region
- Sulfide Precipitation in Titanium-Added Steel with Residual Level of Copper (1) : Precipitation in Austenite Region
- Development of Cold-stamped Door Impact Beams Made of 1180MPa Grade High Strength Steel Sheet
- Effect of Mn Partitioning during Intercritical Annealing on Following γ→α Transformation and Resultant Mechanical Properties of Cold-rolled Dual Phase Steels
- Influence of Low-temperature Heat Treatment after Deformation on Hydrogen Entry into Steel Sheets
- Application of NH_4SCN Aqueous Solution to Hydrogen Embrittlement Resistance Evaluation of Ultra-high Strength Steels
- Hydrogen Embrittlement Resistance Evaluation of Ultra High Strength Steel Sheets for Automobiles