@article{oai:muroran-it.repo.nii.ac.jp:00007013,
 author = {KISHI,  Norimitsu and 岸, 徳光 and 今野, 久志 and KONNO, Hisashi and 三上,  浩 and MIKAMI, Hiroshi},
 journal = {構造工学論文集. A},
 month = {Mar},
 note = {application/pdf, In order to rationally analyze an impact resistant behavior of the full-scale reinforced concrete (RC) girders under consecutive impact loading, it is proposed to apply an equivalent tensile fracture-energy concept for concrete elements. The applicability is investigated by conducting numerical simulations for full-scale RC girder with 8 m clear span under a 2,000 kg fallin-gweight consecutive impact loading. The numerical simulations are conducted taking an axial length of concrete elements and with/without considering the concept as the parameters, in which the reference length of concrete elements is 35.7 mm and the considered maximum length is 250 mm. From this study, it is confirmed that considering the equivalent fracture-energy concept, the model with coarse mesh can be practically applied with a proper accuracy for numerical analysis of the full-scale RC girders under consecutive impact loading.},
 pages = {1137--1148},
 title = {実規模RC桁の繰り返し重錘落下衝撃挙動解析に関する破壊エネルギー等価概念の適用性検討},
 volume = {56},
 year = {2010},
 yomi = {キシ, ノリミツ and コンノ, ヒサシ and ミカミ, ヒロシ}
}