Geology and Engineering Geology is an important basic course for engineering majors such as hydraulic engineering, geotechnical engineering, and geological engineering. The main contents of "Geology and Engineering Geology" of Tsinghua University include: Geology Foundation and Engineering Geology. Among them: the basic part of geology includes the formation and evolution of the earth, common rocks and minerals, internal and external dynamic geological effects, geological years, geological maps, geological structures, etc., which provides students with solid basic knowledge of geology, and can also provide basic knowledge of geology for geological enthusiasts ; Engineering Geology includes engineering geological properties of groundwater and rock and soil bodies, as well as some special engineering geological problem analysis principles and methods, etc., to provide students with a solid engineering geological foundation and rich applications. We are confident that you can appreciate the charm of geology!
Overview
Syllabus
- 0 Introduction
- 0.1 Human Engineering Activities and the Geological Environment
- 0.2 Tasks for Engineering Geology
- 1 The Earth and the Crust
- 1.1 Formations and Evolution of the Earth
- 1.2 Basic Attributes of the Earth
- 1.3 Construction of the Geo-sphere and the Geological Processes
- 2 Endogenic Geological Process
- 2.1 Crustal Movement
- 2.2 Magmatism
- 2.3 Metamorphism
- 2.4 Earthquake
- 3 Exogenic Geological Process
- 3.1 Introduction
- 3.2 Weathering Effects
- 3.3 Geological Effects of the Flowing Surface Water
- 3.4 Geological Effects of Winds
- 3.5 Geological Effects of Glaciers
- 4 Minerals and Rocks
- 4.1 Minerals
- 4.2 Magmatic Rocks
- 4.3 Sedimentary Rocks
- 4.4 Metamorphic Rocks
- 5 The Geologic Times
- 5 The Geologic Times
- 6 The Geological Structure
- 6.1 Horizontal Structure and Dipping Structure
- 6.2 Fold Structure
- 6.3 Fault Structure
- 7 Geological Maps
- 7.1 ntroduction
- 7.2 Presentation of the Geological Maps
- 7.3 Reading and Analysis of the Geological Maps
- 8 Ground Water
- 8.1 Basic Conceptuals
- 8.2 Reservation and Movements of Ground Water
- 8.3 Movements of the Ground Water
- 8.4 Ground Water Quality
- 8.5 Ground Water Related Issues on Engineering Geology
- 9 Geological Engineering Attributes of Soils
- 9.1 Soil Mass
- 9.2 Attributes of Soils
- 9.3 Engineering Classification of Soils
- 9.4 Special Soils and Its Engineering Attributes
- 10 Geological Engineering Attributes of Rocks
- 10.1 Introduction
- 10.2 Physical and Water-Physical Properties of Rocks
- 10.3 Mechanical Properties of Rocks
- 10.4 Structural Plane and Structural Body of Rock Mass
- 10.5 Features and Mechanical Properties of the Structural Plane
- 10.6 Mechanical Properties of Rock Mass
- 10.7 Engineering Classification of Rock Mass
- 11 Analysis on the Stability of Slopes
- 11.1 Slope Deformation and Destruction
- 11.2 Factors on the Stability of Slopes
- 11.3 Analysis on the Stability of Slopes
- 11.4 Structural Analysis Method on Rocky Slope Stability
- 11.5 Measures for Preventing and Controlling the Slope Deformation
- 12 Geological Engineering Analysis on Stability of the Adjacent Rocks of Underg
- 12.1 Underground Caverns and the Stress Distribution
- 12.2 Deformation and Destruction of the Adjacent Rocks
- 12.3 Factors on Stability of the Adjacent Rocks
- 12.4 Measures for Preventing Instability of the Adjacent Rocks
- 13 Analysis on the Stability of the Rock Mass of the Ground Work
- 13.1 Dam Foundation of the Water Conservancy Project
- 13.2 Common Methods of Foundation Constructions
- 14 Geological Engineering Analysis on the Reservoir Construction
- 14.1 Reservoir Leakage
- 14.2 Stability of the Reservoir Bank
- 14.3 Reservoir Surrounding Immersions and Sedimentations
- 15 Methods and Technics of Engineering Geological Exploration
- 15.1 Introduction
- 15.2 Engineering Geological Mapping
- 15.3 Engineering Geological Exploration and Field Experiments
- 15.4 Instructions on the Geological Compass
Taught by
Wenjie Xu
