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Design on large-scale shaft lining mechanical simulation test system

机译:大型轴衬力学仿真试验系统设计

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Based on the background of studying shear stress bearing of shaft linings in the depth and thickness stratum, we carried out research and study in design of the large-scale shaft lining mechanical simulation test system. The simulation tests, namely the shear model tests on the interface of single layer shaft lining, the model tests on the coupling effect of double layer shaft linings and the mechanic characteristics of piles can be carry out. This system can simulate shear properties of the shaft lining loading up to 13MPa level pressure of the soil. A novel self-designed loading hydraulic cylinder with large diameter and hollow piston solved the problems of multi-cylinder synchronization and spatial arrangement. The flexible design of connector of test model is applicable condition in various test scheme of the thickness requirement for shaft lining. Loading method, load bearing bodies and the design of the connector of test model for simulation test provides a new way for large-scale model tests.
机译:在研究井壁深度和厚度层剪切应力承载力的背景下,我们进行了大型井壁力学模拟试验系统设计的研究。可以进行模拟试验,即对单层竖井衬砌的界面进行剪切模型试验,对双层竖井衬砌的耦合效应和桩的力学特性进行模型试验。该系统可以模拟轴衬加载至最高13MPa土压力时的剪切特性。一种新颖的自行设计的大直径空心活塞加载液压缸,解决了多缸同步和空间布置的问题。测试模型连接器的柔性设计适用于轴衬厚度要求的各种测试方案中的适用条件。加载方法,承载体以及用于仿真测试的测试模型连接器的设计为大规模模型测试提供了新的途径。

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