Engineering Geology

This book is rewritten based on the curriculum and syllabus requirements of the third round of teaching plan for the water conservancy and electric power engineering geology and hydrogeology major in secondary vocational schools. The book is divided into 3 parts, with a total of 14 chapters. The first article discusses the main engineering dynamic geological effects, including an overview, rock mass weathering, seepage deformation, debris flows, earthquakes, and sand liquefaction; the second article systematically discusses the analysis and evaluation of the main engineering geological issues of water conservancy and electric power projects, including the rock mass stability of slopes, dam foundations, and underground caverns, as well as the analysis and evaluation of reservoir engineering geological problems; the third article discusses the geological survey of water conservancy and electric power engineering, including engineering geological survey methods and engineering geological survey of water conservancy and hydropower, thermal power generation, and natural building materials. Each chapter is followed by more comprehensive and systematic review questions. In addition to being used as a textbook for technical secondary schools, this book can also be used as a reference for engineering and technical personnel in engineering geology, hydrogeology, hydraulic engineering, geotechnical construction, railways, mining, etc., As well as for teachers and students in relevant colleges and universities.