1.
The Methodology and Analysis of Computing the Ultimate Strength of Hull and Damaged Hull;
船体极限强度及受损船体剩余极限强度分析
2.
Research on Ultimate Strength of Ship Hulls and Residual Strength of Damaged Ships;
船体结构极限强度及破损剩余强度的研究
3.
Analysis of Ultimate Strength and Residual Strength for Oil Tankers;
油船完整极限强度及破损剩余强度研究
4.
Research on Ultimate Strength of Bulk Carriers and Residual Strength of Damaged Ships;
散货船完整极限强度及破损剩余强度的研究
5.
collapse method of structural design
结构设计的极限强度计算法
6.
ULTIMATE STRENGTH OF REINFORCED CONCR- ETE I-BEAM UNDER PURE TORSION
受纯扭钢筋混凝土Ⅰ形梁的极限强度
7.
Reliability Research on Ultimate Ship Hull Girder Strength;
基于船舶总纵极限强度的可靠性研究
8.
The Analysis of Ultimate Strength of 300,000DWT VLCC;
30万吨级VLCC结构极限强度分析
9.
Progressive Collapse Analysis of Ship Hulls under Longitudinal Bending;
逐步破坏法计算船体梁总纵极限强度
10.
The Calculation and Analysis on Longitudinal Ultimate Strength of Ship Hull Girder for Bulk Carrier;
散货船船体梁总纵极限强度计算分析
11.
Study of Ultimate Hull Girder Strength of Large Liquefied Natural Gas Carriers
大型液化天然气船船体极限强度研究
12.
Ultimate strength analysis of composite laminated ship panels
复合材料船体层合板的极限强度分析
13.
Type C, under situation of discontinuous training, preparetory phase being shorter and body functioning being bad, technical training takes middle tensity as the domnant factor.
C类型——对训练间断、机能状态差的,以中等强度为主,慎用大和次极限强度,不用极限强度。
14.
Fatigue and Ultimate Strength Analysis Based on IACS CSR for Bulk Carriers;
基于IACS散货船结构共同规范的疲劳强度与极限强度分析
15.
Fatigue and Ultimate Strength Analysis Based on CSR for Double Hull Oil Tankers;
基于结构共同规范的油船疲劳强度与极限强度研究
16.
Ultimate Strength of I-Girders Under Eccentric Patch Loading:Derivation of a New Strength Reduction Coefficient
小偏心荷载作用下I形截面梁极限强度:推导新强度换算系数
17.
Only when the stress reaches the "ultimate strength" does failure, i. e., breakage, occur.
只有当应力达到极限强度时才会造成损坏。
18.
Residual Ultimate Strength Analyses of Cracked Ship Structures;
具有裂纹损伤的船舶结构剩余极限强度分析