The test results of 6 short shells and 3 ring-stiffened shells are presented.
给出了6个短壳试件的试验结果和3个环助加筋壳试件的试验结果。
This paper presents a spline finite point method to analyse dynamic stability problem of stiffened shells.
采用样条有限点方法分析加筋壳体的动态稳定性问题。
The paper studies nonlinear F. E. analysis of stiffened shells, presenting beam element to simulate the stiffeners.
本文研究了加劲壳的非线性有限元分析方法，提出了一种梁元素来模拟加筋。
Stiffened cylindrical shells are major structures of submerged vessels.
加肋圆柱壳体是水下航行器的主要结构形式。
And this element may become a circumferential stiffening members of the stiffened thin shells of revolution in the structure stability analysis.
在结构稳定性分析中，它又可以作为加筋旋转薄壳的一个环向单元。
This paper investigates experimentally the vibrational similarity among three models of stiffened cylindrical shells.
本文试验研究了三个加肋圆柱壳模型的振动相似性。
A comparison is made among current calculation methods for the buckling of ring-stiffened cylindrical shells under hydrostatic pressure.
对静水压力下环加肋圆柱壳弹性失稳临界载荷现有计算方法进行了比较和计论。
Critical pressures of the cylindrical Shells stiffened by rings with semi-torus section and by circular tube are calculated and compared.
算例表明，在消耗相同材料的情况下，半圆环加肋圆柱壳具有较好的抗水压性能；
Sound radiation analysis of low order modes from the ring-stiffened cylindrical shells in fluid medium;
对流场中一无限长周期环肋圆柱壳受激振动的辐射声压进行了理论和实验研究。
Sound radiation analysis of low order modes from the ring-stiffened cylindrical shells in fluid medium;
对流场中一无限长周期环肋圆柱壳受激振动的辐射声压进行了理论和实验研究。
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