ty -jour a2 -wang，yu au -gao，yanan au -guo -guo，peng au -Zhang，Zetian au -li -li，minghui au -gao -gao，潮py -2021 da -2021/10/16 ti-工业废水迁移在基于热湿道机械耦合模型SP -5473719 VL -2021 AB的岩石块中，工业废水可能会对环境和人类的生命产生长时间的影响，因为它会在地下造成严重污染。对这种废水的迁移有充分的了解是工业废水处理以及工业设计的基本任务。为了研究岩层中工业废水的迁移机制，审查，引用和提出了诸如力学，渗流，热和传质等管理方程式。建立了矩阵损坏和基质 - 骨折折磨的多媒体的热（t） - 水力（H） - 机械（M）耦合模型。分析断层和断裂对压力分布和污染物迁移的影响。参数研究了断层长度，宽度，倾角，倾角，渗透率和温度对污染物迁移的影响。可以获得以下结果。（1）裂缝定量影响浓度分布，而断层主导浓度分布和污染物迁移。（2）污染物的迁移沿断层方向分为3个区域：饱和区，快速扩散区和浓度减小区。 (3) There is a peak of the concentration along the bottom of the model. The position of the peak is the projection of the endpoint of the fault. (4) The fault length has the most significant effect on contaminant accumulation. The temperature of the wastewater has the minimum effect on the contaminant accumulation. (5) The accumulation of concentrations can be divided into 2 stages, the slow growth stage (before 20 years) and the rapid growth stage (after 20 years). The main channel of contaminant migration in the slow growth stage is a fault. During the rapid growth stage, the contaminants penetrate through the rock matrix as well as the fault. SN - 1468-8115 UR - https://doi.org/10.1155/2021/5473719 DO - 10.1155/2021/5473719 JF - Geofluids PB - Hindawi KW - ER -