日本語フィールド
著者：萩原 世也;宮崎 則幸;上田 貴史;宗像 健題名：軸圧縮荷重を受ける円筒殻の分岐クリープ座屈（端部境界条件の影響についての考察）発表情報：日本機械学会論文集 A編 巻: 57 号: 537 ページ: 1097 - 1101キーワード：概要：In some creep buckling experiments conducted by other authors, axially compressive cylindrical shells with a large ratio of radius to thickness were observed to buckle with circumferential waves. In the previous paper, we demonstrated that the circumferential waves observed in the creep buckling experiments are due to the bifurcation. In the present paper, we performed the analysis of this creep buckling phenomena. We paid special attention to the effect of end boundary conditions on the critical time of creep buckling and on the bifurcation buckling mode. We found that the bifurcation buckling of a cylindrical shell with both ends simply supported occurs earlier than that of a cylindrical shell with both ends clamped. It was also found that circular cylindrical shells exhibit three types of bifurcation buckling modes, depending on the dimensions of cylindrical shell, applied load levels and end boundary conditions.抄録：英語フィールド
Author：HAGIHARA Seiya;MIYAZAKI Noriyuki;UEDA Takashi;MUNAKATA TsuyoshiTitle：The Bifurcation Mode of Creep Buckling of an Axially Compressive Circular Cylindrical Shell with Finte Length. (Discussion on Effect of End Boundary Conditions).Announcement information:Transactions of the Japan Society of Mechanical Engineers Series B Vol: 57 Issue: 537 Page: 1097 - 1101An abstract：In some creep buckling experiments conducted by other authors, axially compressive cylindrical shells with a large ratio of radius to thickness were observed to buckle with circumferential waves. In the previous paper, we demonstrated that the circumferential waves observed in the creep buckling experiments are due to the bifurcation. In the present paper, we performed the analysis of this creep buckling phenomena. We paid special attention to the effect of end boundary conditions on the critical time of creep buckling and on the bifurcation buckling mode. We found that the bifurcation buckling of a cylindrical shell with both ends simply supported occurs earlier than that of a cylindrical shell with both ends clamped. It was also found that circular cylindrical shells exhibit three types of bifurcation buckling modes, depending on the dimensions of cylindrical shell, applied load levels and end boundary conditions.