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Gas injection tests on sand/bentonite mixtures in the laboratory. Experimental results and numerical modelling

机译:在实验室中对沙/膨润土混合物进行注气测试。实验结果与数值模拟

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Gas flow through clay barriers is investigated on the basis of laboratory work and its corresponding modelling. The formation of preferential paths is achieved in dipole test using needles, and this requires specific treatment of the injection and extraction systems in the numerical simulation. The results of the test are difficult to interpret and are also influenced by the testing protocol. The modelling uses a coupled hydro-mechanical model which considers the possibility of opening of gas flow preferential paths assuming heterogeneous distribution of properties. The calculated results show an encouraging agreement between model predictions and measurements. (C) 2008 Elsevier Ltd. All rights reserved.
机译:在实验室工作和相应的建模基础上,对通过黏土屏障的气体流量进行了研究。优先路径的形成是在使用针的偶极测试中实现的,这需要在数值模拟中对注入和提取系统进行特殊处理。测试结果难以解释,并且受测试协议的影响。该模型使用耦合的水力力学模型,该模型考虑了假设属性分布不均的气流优先路径打开的可能性。计算结果表明,模型预测和测量结果令人鼓舞。 (C)2008 Elsevier Ltd.保留所有权利。

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