1) cylinder under flange joining structure
圆筒法兰连接结构下圆筒
2) cylindrical structure
圆筒结构
1.
The adjustment mechanism of frictional resistance between soil and cylindrical walls during the overturning of a cylindrical structure was analyzed via model testing Mathematical expressions of the vertical stress between soil and cylindrical walls are established on the basis of the test data and the displacement of cylindrical structures is calculated via the established equations.
采用模型试验分析了沉入式圆筒结构在倾覆过程中土与筒壁间摩阻力调整机理 ,并基于试验资料建立了土与筒壁间竖向应力的数学表达式 ,同时利用已建立的有关公式求解圆筒结构的变位。
2.
The inner earth pressure of buried cylindrical structure was measured by model test.
采用模型试验实测圆筒结构筒内土压力 ,并对圆筒在倾覆过程中筒内土压力的变化规律进行探讨。
3.
The internal force values of buried cylindrical structure were measured by model tests.
采用模型试验对沉入式圆筒结构内力进行了实测 ,分析了不同荷载作用下纵向和环向弯矩及其最大值位置的变化规律。
3) large-diameter cylindrical structure
大圆筒结构
1.
Analyses of bearing capacity for deeply-buried large-diameter cylindrical structure on soft clay considering cyclic-softening effect;
考虑循环软化效应的软基上深埋大圆筒结构承载力分析
2.
Based on simplified form of general Biot′s consolidation theory neglecting inertia effect of soil skeleton and pore fluid,utilizing the improved Cam-clay dynamic constitutive model to simulate the accumulation effect of deformation and extra porepressure in soft clay,the elasto-plastic effective stress finite element analysis is conducted for large-diameter cylindrical structure in soft ground.
基于忽略土骨架和孔隙水惯性效应的广义Biot固结理论的简化形式,采用前人提出的改进剑桥弹塑性动力本构模型以模拟软黏土在循环荷载作用下的变形、超静孔隙水压力累积效应,对于循环波压力作用下软土地基与大圆筒结构物耦合系统进行了弹塑性有效应力有限元分析,探讨了不同波高条件下大圆筒结构的不同变形模式以及失稳机理。
3.
To evaluate the stability of the large-diameter cylindrical structure in soft ground under wave loading,considering the cyclic softening effect of soft clay induced by wave loading,a nonlinear elasto-plastic constitutive model based on the concept of cyclic shear strength of clay is proposed and numerically implemented in the FEM software ABAQUS.
为了评价深厚软土地基上大圆筒结构在波浪荷载作用下的稳定性,考虑波浪可能导致的软黏土地基发生强度和刚度弱化的循环软化效应,将Andersen等建议的软黏土循环强度概念与不排水条件下Duncan-Chang非线性应力应变关系相结合,建议了非线性弹塑性-循环强度模型,并在ABAQUS软件中予以数值实施。
4) steel cylinder structure
钢圆筒结构
1.
Evaluation on application of steel cylinder structure in bank revetment engineering;
钢圆筒结构在海堤护岸工程的应用评价
5) large cylindrical structure
大圆筒结构
1.
Wave pressure response of large cylindrical structures in seabed-wave-structure coupling system;
结构—波浪—海床耦合系统中大圆筒结构的波压力响应
2.
By conducting model tests of the large cylindrical wharf structures in varying ratios of depth to height and diameter to height, dynamic characteristics of large cylindrical structures, such as frequency, mode of vibration and dynamic magnification factor are analyzed emphatically in this paper.
根据试验结果,提出合理的振型、基频建议公式和加速度分布系数建议图形及大圆筒结构适用范围。
3.
In order to investigate the mechanism of instability and failure of the deeply embedded large cylindrical structure under random waves, wave flume experiments with different wave conditions were carried out and the corresponding dynamic earth pressures on the structure were measured.
为探究随机波作用下沉入式大圆筒结构的失稳破坏机理 ,文章进行了不同波浪条件下的随机波水槽实验并测取了结构表面的动土压力时程 ,通过在时域和频域的综合分析并结合结构的实际失稳状态 ,文章对沉入式大圆筒结构的失稳破坏机理进行了探索和阐释。
6) cylinder shape workpiece
带法兰圆筒件
1.
Realization of CAPP of the drawing cylinder shape workpiece with flange by computers;
带法兰圆筒件拉深工艺参数的计算机实现
补充资料：圆筒式杀菌缸
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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