1) stiffened cylindrical shell
加肋圆柱壳
1.
Characteristics of the input power flow in a submerged periodic ring-stiffened cylindrical shell of forced vibration;
流场中周期加肋圆柱壳受激振动的能量流输入特性
2.
Free vibration of longitudinal stiffened cylindrical shell under water;
水中纵向加肋圆柱壳体的自由振动
3.
The finite length stiffened cylindrical shells is the main structure style in hull part of vessel both in air and water, and the structure noise of these vessels comes from the vibration of shell cause by the exciting force of internal machine and the acoustic radiation in the surrounding media.
有限长加肋圆柱壳结构是空中和水下航行器舱段的主要结构形式,这些航行器的结构噪声来源于内部机械激励壳体振动并带动周围流体介质产生声辐射。
2) stiffened cylindrical shells
加肋圆柱壳
1.
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。
3) stiffened cylinder shells
加筋肋圆柱壳
4) orthogonally stiffened cylindrical shell
双向加肋圆柱壳
5) ring-stiffened cylindrical shell
环加肋圆柱壳
1.
In order to find the post-buckling path for ring-stiffened shells under hydrostatic pressure and consider the practical shapes of ring sections, the Compound Strip Method (CSM) is applied to the post-buckling analysis of ring-stiffened cylindrical shells.
为了研究水压作用下的加肋柱壳的后屈曲状况，并且能考虑到肋骨的实际截面形状和分布情况，本文将复合有限条方法应用于环加肋圆柱壳的后屈曲分析。
2.
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。
3.
The procedtires for the general buckling analysis 0f ring-stiffened cylindrical shells under hydrostatic presstlre by finite strip method are formulated.
导出了有限条法分析环加肋圆柱壳在静水压力作用下总体屈曲的计算格式，将环加肋圆柱壳作为一个构造上的正交各向异性壳处理，推导了考虑环向加肋影响后有限条元的正交各向异性弹性矩阵。
6) longitudinal-transverse stiffened circular cylindrical shell
纵横加肋圆柱壳
1.
A mechanical model with finite element analysis of longitudinal-transverse stiffened circular cylindrical shell is set up in this paper .
建立了一种纵横加肋圆柱壳有限元分析的正确的力学模型,通过大量数值计算,论证了纵骨尺寸,纵骨间距对壳体应力状态的影响,提出了一种等效各向同性壳的近似解析公式,为开展纵横加肋圆柱壳的结构设计打下了良好的基础。
补充资料：壳壳
1.亦作"殻殻"。 2.诚笃貌。 3.中空貌。 4.象声词。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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