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Experimental Study on Creep Property of Similar Material for Jin Tan Salt Rock Gas Storage Medium

机译:金檀盐岩储气介质类似材料蠕变性能试验研究

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Uniaxial compression creep tests have been performed on a kind of rock salt similar material and laminated salt rock similar material on the base of salt rock gas-storage in Jintan. The creep tests show that the rheological property of the similar material is basically the same with the original rock. Under the uniaxial compression, the deformation gradually approaches to be constant after the early short stage of creep attenuation. The similar material shows stress-dependent behavior obviously under different stress stage, the greater the load the higher the creep ratio and creep deformation. A creep constitutive equation which is suitable to rock salt is used to the similar material, and it fits with the obtained creep data very well. The results show that the similar material developed in this passage has the same creep property as the original salt rock, and this material can be used to simulated the deformation and failure of underground gas storage constructed in bedded salt deposits.
机译:在金丹的盐岩气体储存基地上,已经对岩盐类似材料和层压盐岩类似材料进行了单轴压缩蠕变试验。蠕变试验表明,类似材料的流变性质与原始岩石基本相同。在单轴压缩下,变形在蠕变衰减的早期短期后逐渐恒定。类似的材料显然在不同的应力阶段明显地显示出应力依赖性行为,负载越大,蠕变比越高,蠕变变形。适用于岩盐的蠕变构成型等式用于类似的材料,并且它非常适合获得的蠕变数据。结果表明,该经文中开发的类似材料具有与原始盐岩相同的蠕变性质,并且该材料可用于模拟嵌入盐沉积物中构造的地下气体储存的变形和失效。

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