1) domed bulkhead
球面舱壁
1.
Optimization design of domed bulkhead with nonaxisymmetry sphere-conical transitional annulated shell;
带有非轴对称球锥过渡环壳的球面舱壁优化设计
2) thick spherical stem bulkhead
厚壁球面舱壁
1.
Elastic-plastic Inherent strain method is proposed to simulate the welding of a thick spherical stem bulkhead of a submarine, which eliminates the deficiency of the thermal Elastic-plastic FEM that only suits for small-scale welding calculations.
针对热弹塑性有限元法仅适用小规模焊接的弊端,采用弹塑性固有应变法对厚壁球面舱壁结构的焊接工艺进行模拟,并对球面舱壁结构的焊接工艺进行优化,最终给出球面舱壁结构合理的焊接工艺。
3) internal domed bulkhead
内部球面舱壁
1.
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。
4) plane bulkhead
平面舱壁
1.
Model test research on ultimate strength of plane bulkhead supported by inside deck of submarine;
平台支撑的潜艇内部平面舱壁极限强度的模型试验研究
2.
Using general nonlinear finite element analysis program,ultimate strength analysis on plane bulkhead supported by inside deck of submarine is performed in this paper.
借助国际通用的大型非线性有限元分析软件,对潜艇内部以加强平台取代水平横桁的平面舱壁结构的极限强度进行了非线性的有限元分析。
3.
In order to examine the type of plane bulkhead which takes the deck instead of the horizontal girder as its primary support,and to study the supporting effect of deck on the bulkhead,two section models with different deck structures were designed and manufactured.
为了研究平台对舱壁的支撑作用,针对以内部平台取代水平桁作为一级支持构件的潜艇平面舱壁结构形式,设计制作了两个平台强度不一样的舱段模型。
5) plane hatch wallboard
平面舱壁板
1.
On the basis of analysis for submarine plane hatch wallboard external pressure condition,indicate external load of submarine plane hatch wallboard stability verify should not less than submarine pressure hull calculating loa
本文在分析潜艇耐压艇体内部平面舱壁板受力情况的基础上 ,提出平面舱壁板稳定性校核中外载荷应取不低于潜艇耐压艇体的计算载荷P
6) plane transverse bulkhead
平面横舱壁
补充资料：FOB包括理舱和平舱
%26#8226; FOB Stowed and Trimmed（FOBST，包括理舱和平舱费在内）：卖方负责将货物装入船舱并承担包括理舱费和平舱费在内的装船费用
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条