为研究破裂岩石非线性渗透规律，研制了一种与MTS815.02岩石力学试验系统配套的附加装置。
To investigate the nonlinear behavior of seepage flow in fractured rock, a supplementary device to the MTS815.02 rock Mechanics Testing System was designed.
文章通过采用物理、化学等试验研究方法，对“红层”岩石的成份、结构、力学性质、化学性质、地质结构等进行了系统研究。
The paper makes system research to element structure, physical mechanics property, chemical property, geologic configuration, etc. by physical and chemical test studying.
岩石力学试验机系统调试及试验应用的效果表明：系统运行正常，控制准确、平稳，数据可靠。
The application and debugging of the rock testing system indicates that the system can be controlled exactly and smoothly, and the results of the experiment is reliable.
利用RMT-150B岩石力学多功能试验机完成了单轴压缩状态下砂岩、大理岩和花岗岩试件疲劳破坏变形及机理的较为系统的试验研究。
Testing study is made on the fatigue failure and deformation mechanism of sandstone and marble under uniaxial compression condition with rock mechanics test equipment RMT-150B.
利用RMT-150B岩石力学多功能试验机完成了单轴压缩状态下砂岩、大理岩和花岗岩试件疲劳破坏变形及机理的较为系统的试验研究。
Testing study is made on the fatigue failure and deformation mechanism of sandstone and marble under uniaxial compression condition with rock mechanics test equipment RMT-150B.
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