1.
Application of Sandwich Panel in Anti-shock Design of Warship’s Side Structure
夹层板在舰船舷侧防护结构中的应用
2.
Reliability analysis of broadside defensive structure subjected to underwater explosion
水下爆炸载荷下舰船舷侧防护结构可靠性分析
3.
Investigation of the response of broadside protection structure subjected to internal blast loading
舱室爆炸载荷作用下舷侧防护结构的响应研究
4.
Destroy Research the Defendence Structure Near Shipboard of Warship Subjected to Underwater Contact Explosion;
舰船舷侧防护结构在水下爆炸载荷作用下的破坏研究
5.
Research on Response Simulation of War-Ship Broadside Procective Structure under Inner Explosion
大型水面舰艇舷侧防护结构内爆的数值模拟研究
6.
Finite element analysis of structure improved of rubber fender front panel
橡胶护舷改良防冲板结构有限元分析
7.
Design of the Energy Absorbing Structure of Underwater Torpedo Defence Cabin of Major Surface Ships
大型水面舰艇舷侧水下防雷舱吸能结构论证设计
8.
Crashworthiness of hull structures impacted by different double-hull forms
双壳结构形式对舷侧结构耐撞性能的影响
9.
Research on Blast Resistance Mechanism of Warship Broadside Defensive Structure Subjected to Underwater Contact Explosion
舰船舷侧结构水下抗爆试验和机理研究
10.
Effect of cross-frame's relative stiffness on shipboard crashworthiness
十字隔板相对刚度对舷侧结构碰撞性能的影响
11.
The foam fender shall be installed onto a solid structure or reaction panel .
漂浮护舷应须安装在坚固的结构或安装板上。
12.
Numerical Investigation on Penetrating Grillage Structure of Large Naval Ship Side Shell
大型水面舰艇舷侧板架结构穿甲过程数值计算研究
13.
Study on the influence of striking bow shape to the side structure during ship collision
撞击船艏部形状对被撞船体舷侧结构碰撞性能影响研究
14.
The process may not only be used for fender pile design but also for type selection of rubber fenders.
该程序可用于防冲桩的设计及橡胶护舷的选型。
15.
Application Study on Rubber Fender in Ship Repair Wharf
各种橡胶护舷防撞装置在修船码头的应用分析
16.
On flexible protection and stiff protection for structure safety under explosive/impact loading
强动载荷下结构的柔性防护和刚性防护
17.
A Study on Car Side Structure Design Aimed at Occupant Protection in Side Impact
旨在侧面碰撞乘员保护的轿车侧面结构设计研究
18.
Composite Foundation of the Supporting Structure of the Lateral Pressure of Computing Model
复合地基对支护结构的侧压力计算模式探讨