Art

J-GLOBAL ID：201702258398399679   Reference number：17A1474990

High Energy Rate Forming

高エネルギー速度加工

Author (1)： YAMASHITA MINORU (岐阜大学工学部機械工学科)
Material： 塑性と加工  (Journal of the Japan Society for Technology of Plasticity)
Volume： 58  Issue： 680  Page： 753-757(J-STAGE)  Publication year： 2017 
JST Material Number： G0076A  ISSN： 0038-1586  CODEN： SOKAB  Document type： Article
Article type： 文献レビュー  Country of issue： Japan (JPN)  Language： JAPANESE (JA)

Thesaurus term： *high energy rate forming ,  electromagnetic forming ,  aluminum base alloy ,  high strength steel ,  pressure welding ,  simulation ,  explosive forming ,  explosive welding ,  powder ,  forming and molding ,  Duralumin ,  silicon carbide ,  *technology development ,  technological forecasting ,  *plastic working ,  shock wave ,  high velocity deformation ,  *special machining
Semi thesaurus term： technical trend ,  metalworking ,  high energy rate forming ,  衝撃粉末成形 ,  magnetic pulse welding ,  powder molding ,  simulation of deformation

JST classification (1)： Special forming  (WC04040W)

Reference (73)：

• 1) Proc. 5th ESHP Sym., (2016).
• 2) Rahmaan, T. et al.:Effect of strain rate on flow stress and anisotropy of DP600, TRIP780, and AA5182-O sheet metal alloys, Int. J. Impact Eng., 88 (2016), 72-90.
• 3) Gruben, G. et al.:Low-velocity impact on high-strength steel sheets:An experimental and numerical study, ibid., 88 (2016), 153-171.
• 4) Chen, Y. et al.:A study of the dynamic compressive response of AZ31/Al2O3 nanocomposites and the influence of nanoparticles, ibid., 89 (2016), 114-123.
• 5) Ye, T. et al.:Effect of aging treatment on the microstructure and flow behavior of 6063 aluminum alloy compressed over a wide range of strain rate, ibid., 90 (2016), 72-80.

Terms in the title (1)： 高エネルギー速度加工