该课程的教学目的是使学生掌握岩土工程中固体与流体相互耦合作用的基本概念，了解流固耦合作用的分析研究方法及国际上的最新研究进展，特别是地下工程建设中的应用。主要讲述自然界中的固体与流体及其存在形式，多孔介质中的固体与流体。地下流体资源开发及其耦合作用效应。单向流的耦合固结理论，多向流的耦合固结理论，热流的耦合固结理论，相变耦合固结理论，污染物的运移固结及其理论分析。耦合分析中的本构模型。软土的固结耦合理论；高速流体切割固体时的相互耦合作用与力学分析模型。课程一般的时间为授课，另一半的时间为小型研讨会（Seminar），深化课堂教学成果。以撰写综述报告的形式考核。本课程考虑采用双语教学。

The purpose of this course is to make students to understand the basic concept of groundwater seepage in porous media, especially in aquifer system and to know the basic procedure and recently development of groundwater seepage especially in urban construction such as excavation, tunneling, and other underground constructions. The content of the course includes the basic concept and basic property of groundwater. The new revision was written in response to the tremendous demand in the co1lege classroom and in the environmental industry for a modern engineering approach to ground water contamination problems of the nineties and beyond. Any practicing hydrologist or engineer today must understand mechanisms of ground water flow (Chapters 2 and 3), sources of contamination (Chapter 4), site investigations (Chapter 5), and contaminant transport (Chapters 6 and 7). In addition, biodegradation (Chapters 7 and 8), modeling approaches (Chapter 10), NAPL impacts in source areas and plumes (Chapters 1), natural attenuation (Chapter l2), and emerging remediation schemes (Chapter 13) are covered. In the second edition, Chapters 4, 7, 8, 9, 11, 12, and 13 have been complete1y rewritten to better reflect current trends and ideas. Many new examples and case studies have been added based on emerging methods from the current literature, A new chapter on natural attenuation and risk assessment has been added, along with detailed discussions of emerging remediation methods such as surfactant and co-solvent soil flushing for sites contaminated with residual oils. This course will arrange 12 times for lecturing and 5 times in-class seminar, which is aimed to deepen the teaching effect in classroom, and write scientific reports. This course will be lectured by using both English and Chinese at the same time.