@techreport{oai:kumadai.repo.nii.ac.jp:00021768,
 author = {Hiroe, Tetsuyuki and 廣江, 哲幸 and Hiroe, Tetsuyuki},
 month = {May},
 note = {application/pdf, 研究報告書, Explosive driven fracture such as fragmentation or spallation in a structural body will be preceded by a strong compression process, and precompression effects on the state of the material are clearly important to understand following shock-induced damages or failures. In this study, incident shock waves in plate specimens of 304 stainless steel, aluminium alloys A5052 and A2017 were generated by plane detonation waves in the high explosive PETN initiated using wire-row explosion techniques, and the compressed specimens were successfully recovered without severe damages due to tensile stress states with use of momentum trap method.},
 title = {強い衝撃波透過による部材の力学特性変化と円筒の爆発分裂モデル構築への適用},
 year = {2008},
 yomi = {ヒロエ, テツユキ}
}