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- System Reliability Analysis of Submarine Pressure Hull Structure based on Finite Element Method 基于有限元分析的潜艇耐压液舱结构系统可靠性计算
- Technical specifications of manufacture of pressure hull structure for submersibles and underwater equipments 潜水器和水下装置耐压结构制造技术条件
- Technical specifications of material of pressure hull structure for submersibles and underwater equipments 潜水器和水下装置耐压结构材料技术条件
- pressure hull structure 耐压船体结构
- Variant kinds of reinforced structure in connecting place of internal domed bulkhead and pressure hull have a very large effect on the stress on pressure hull. 耐压壳体内部球面舱壁与耐压壳体连接处加强结构的不同,对该处耐压壳板受力影响很大。
- A new crashworty type of single hull structure against collision based on IFP is proposed in this paper. 本文基于IFP构建了一种新式单壳舷侧耐撞结构,并将之应用于某型护卫舰。
- Between the outer hull and the pressure hull is a large volume of space that is open to sea pressure. 在外壳和耐压壳之间是对海洋压力开放的较大的空间容积。
- About this standard provision classify, trepanning and reinforce of hull structure. 本标准规定了船体强力构件上的区域分类，开孔及补强。
- It also explores concepts of intact and damaged stability, hull structure strength calculations and ship resistance. 本课程还对完整及破舱稳定性、船体结构强度计算和船舶阻力的概念给予介绍。
- Pressure hull Cylindrical main hull protecting the U-boat's crew and internal mechanisms, surrounded by streamlined external hull. 耐压船壳,潜艇的圆柱状主艇壳,直接承受来自海水的压力,保护内部的成员和机械。
- Multiple intersecting spheres tangent arc connective pressure hull is a new structural style of great deep-submerged pressure hull. 藕节形切弧连接耐压壳体是大深度潜水器耐压壳体的一种新型结构形式。
- The material of the ring-stiffened circular cylindrical shell will yield in plastic flection before the hull structure fails. 摘要耐压圆柱壳结构发生失稳时，壳体结构因为材料达到屈曲极限而发生了塑性屈曲变形。
- Dynamic substructure method is introduced to analyse the coupled vibration of the main hull structure and the machinery and propulsion system. 用这种分析方法对-全垫升气垫船船体总振动进行了研究。
- With the lager dimension of the submarine pressure hull, the strength and stability analysis of pressure hull is still an important subject in the submarine design. 随着潜艇耐压船体的几何尺寸增大，耐压壳体的强度与稳定性分析仍然是一个具有重要实际意义的研究课题。
- Liang, C.C., Shiah, S.W., Jen, C.Y. and Chen, H.W., “Optimum Design of Multiple Intersecting Spheres Deep-submerged Pressure Hull,” Ocean Engineering, Vol. 31, pp.177-199, 2004. 梁卓中、夏晓文、任展勇、陈弘文，“深潜多球加劲型压力壳结构最佳化设计之探讨”，中国造船暨轮机工程学刊,第二十二卷，第四期，第159-172页，2003。
- Endurance cracks may appear in the hull structure at different ship-ages for some ships,especially at the vessel bottom and the longitudinal bone on board side. 有些船舶在不同的船龄阶段,在船体结构上出现疲劳裂纹,特别是在船底、舷侧纵骨中较为突出。
- A pressure hull should withstand high diving pressure;the abilities of enduring underwater shocks and crashworthiness are also an essential during a mission or an attack. 潜舰之压力壳除了要抵抑潜深水压，在执行任务、遭遇攻击之际，抵抗水下爆震、克服碰撞的能力也属必备。
- All the parts except the hull structure, such as pipes, derricks, masts, rigging, main engines, machinery, electrical cables, and accommodation services etc. 除了船壳结构件外所有的部件，像管子，（甲板）起重机，桅杆，索具，主机，机械设备，电缆和居住舱室的装饰。
- In order to reduce the impact on changes of the net buoyancy and save energy consumption of the glider, a method has been proposed in this paper by optimal design of the pressure hull. 保证耐压壳体抗压条件和质量最小前提下采用结构优化设计方法，降低耐压壳体压缩变形和海水密度变化对驱动浮力的影响，提高系统能源的利用率。
- Now, they are the leading edge of shipbuilding CAD/CAM/CIM, and their concurrent engineering has made the basic design, hull structure, outfitting, distributed systems drafting, 3-D product model database and workshop information computerized. 他们采用并行工程技术;使得船舶基本设计、船体结构、舾装工程、综合布置、三维产品模型数据库和车间信息都实现了计算机化;进入了计算机集成制造(CIM)的前沿.
