1 |
矢尾哲也, 藤久保昌彦, 高 在用(1995), '面內壓縮 荷重を受ける矩形板の大たわみ擧動に關する 硏究', 部造船會會報, 第 89 號, pp.177-190
|
2 |
Paik, J. K., Ham, J. H. and Kim, E. N.(1992a), 'A new plate buckling design formula', J. of the Society of Naval Architects of Japan, Vol.171, pp.559-556
|
3 |
Paik, J. K., Ham, J. H. and Ko, J. H.(1992b), 'A new plate buckling design formula(2nd Report)' - On the plasticity correction - J. of the society of naval architects of Japan, Vol.172
|
4 |
박주신(2004), '선체판의 2차좌굴을 고려한 비선형거동에 관한 연구', 공학석사학위논문
|
5 |
전민정, 박영일, 백점기(2001), '선체유공판의 좌굴 및 최종강도 설계식의 개발', 추계조선학회지, Vol 8, pp.314-317
|
6 |
Ham, J. H. and Kim, O. H. (1991), 'Buckling Strength Evaluation System', Meeting of Korea Ship Structure Congress, Sep
|
7 |
Minoru Harada, Masahiko Fujikubo(2001), 'Estimation of Buckling and Ultimate Strength of Rectangular Plate with Cutout', Meeting of KSSC Ship Structure Congress, July
|
8 |
ANSYS User's manual (2003-7.1 version), 'Non-linear buckling analysis' SAP. Inc
|
9 |
Paik, J. K. and Thayamballi, A. K. (2003), 'Ultimate limit state design of steel-plated structures', John Wiley & Sons, Chichester, UK
|
10 |
Tetsuya Yao and Chikahisa Murakarlli(2001), 'Buckling/Ultimate Strength of Perporated Rectangular Plate under Thrust', J. of the Society of Naval Architects of Japan, Vol.171, pp.731-737
|