壳板

乙烯球罐的球壳板的组装基本上采用散装法。

The assembling of shell plate of ethylene spheres is basically a separate assembling .

结合球壳板的展开计算公式，通过探索、实践，总结出一种较为新颖的球壳板精样板计算及制作方法。

Based on the calculation formula of shell plate , a new method is proposed to calculate and manufacture shell 's sample plate .

MBF乙烯低温球罐球壳板制造质量分析

Quality Analysis of Melon Petals for MBF Ethylene Spherical Tank Used at Low Temperature

本文用的是塑性分析法，它是Murray分析加筋板在轴压和弯曲下失稳后行为的一种推广。按失稳后试件变形描绘纵筋屈曲和壳板皱折的机构。

The method used in this paper is based on plastic analysis extending Murray 's method which was used to analyse postbuckling behaviour of stiffened plates loaded axially and in bending .

提出了球壳板验收、安装应正视其壁薄、尺寸大、刚性差的特点；介绍了药芯焊丝CO2气体保护自动焊在该球罐上应用的特点；

The spherical tank plates ' characteristics that is thin , big and weak rigidity should be faced , when plates are checked , and the characteristics that the spherical tanks are welded with automatic precess using welding wire within power and protecting with CO2 are introduced .

Spar平台柱壳板格侧向压力极限载荷计算方法研究机壳与机座采用了平板钢性连接的全承载机壳结构，使结构更加简单，整机更加紧凑。

Research on calculation method for lateral pressure ultimate load on cylindrical shell panel of Spar platform hard tank The machine case and base are built with steel plate joint structure , simple and compact .

三台1200m3引进乙烯球罐因球壳板的曲率超差判为不合格品而废置，后对球壳板进行修复重新安装再利用。

As the curvature of shell steel plate exceeding the specified value , three 1200m 3 imported ethylene spherical tanks were judged to unqualified product and put aside as useless . After repairing and reinstalling , the shell steel plate were reused .

潜艇耐压液舱壳板强度的计算方法研究

On the computing method of submarine 's pressure tank shell strength

将理论方法、有限元方法、试验结果和规范之间进行比较分析，并基于理论分析回归出筋对壳板屈曲强度的影响曲线图谱。

Compare analysis was used between theoretical , FEM and test results .

影响潜艇结构壳板失稳的各因素灵敏性分析

Sensitivity Analysis of Shell Buckling of Marine Structure Cylinder Shell

球形储罐球壳板的计算及分瓣方法的比较

The Calculation of Shell Plate and Compare of Shell Partition of Spherical Tank

水介质中复合材料壳板结构的声学设计

The Acoustics Design on the Underwater Composite Shell Structure

球形储罐壳板冷压成型工艺

The Cold Forming Process of Spherical Storage Tank Shell

乙烯球罐球壳板的组装

The assembling of shell plate of ethylene spheres

加肋圆筒形薄壳在静水外压作用下肋间壳板弹-塑性弯曲

The elasto-plastic bending of shell between rings of ring-stiffened cylindrical shells under hydrostatic pressure

球壳板的尺寸控制

The Size Control of Spherical Tank Shell Plates

混合式球罐球壳板幅计算及成型加工

Calculation of blank shell plate and shape preparation for combined type of spherical tank

实肋板式耐压液舱结构液舱壳板稳定性计算方法的探讨

Exploration on Computing Method of External Shell Stability of Pressure Tank Structure with Solid Floor

潜艇纵骨式全实肋板耐压液舱壳板强度计算方法研究

Research on computing method of shell strength of submarine ballast tank with longitudinal solid floor

排气消声器壳板在水中的激励振动及抑制措施的研究

Research on the Vibration of the shell of the Muffler under Water and Its Controlling Measures

球罐球壳板的划线与切割

Marking-off and Cutting of Sphere Plate

1000m~3球罐球壳板大面积表面缺陷处理

The Treatment of the Surface Imperfections in Large Area on the 1000m ~ 3 Spherical Vessel

大瓣片高强钢球壳板冲压成形应力测试与分析

The Measurement and Analysis of Stress in the Shaping of the Shell of High-Strength Steel spherical Tank

介绍了锅炉壳板强度的计算方法及稳定性对锅炉的重要性。

The calculation method of boiler shell strength and the influence of stability on boiler are described .

最后，评估了典型局部结构壳板应用夹层复合材料后的力学性能和声隐身性能。

At last , the mechanical and acoustical properties of typical and part structural shell is evaluated .

本文就球形储罐的设计，施工中有关球壳板的质量，下料尺寸的计算进行了论述。

This paper has discuss the mass calculation , pre-blanking dimension of spherical tank in designing and fabricating .

预应力马鞍形壳板计算

Calculation of Saddle Shell

利用能量法求出肋位处耐压船体壳板中面周向应力。

The circumferential stress of the middle plate of the pressure-hull shell is given by using energy method .

阐述了球形储罐壳板冷压成型的工艺特点、方法以及多年压制球罐的实践经验。

The technological characteristics and process of the cold forming of spherical storage tank shell are described based on practical experiences .

研究了壳板耦合系统、壳壳耦合系统中结构的功率传递规律。

Power transfer rule of plate coupled with cylindrical shell system and cylindrical shell coupled with cylindrical shell system is studied .