水利工程地质主要是研究水利水电工程建设中的工程地质问题。本课程是水利水电工程、港口航道及海岸工程、农田水利工程、水文与水资源工程等专业的一门重要的专业基础课。通过本课程的学习,同学们可以学到工程地质学领域的经典知识和理论,培养专业的地质思维方法,培养分析和处理有关地质问题的能力,为提出正确的工程设计和施工方案,以及从事工程科学研究等提供地质知识储备。本课程采用全英文授课,旨在培养学生的国际视野、国际交流能力与全球竞争力,为他们在国际工程与科研领域的深度参与奠定基础。
Overview
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Syllabus
- 1 Introduction
- 2 Minerals and Rocks
- 2.1 What is a Mineral?
- 2.2 Physical Properties of Minerals
- 2.3 Most Common Rock-Forming Minerals
- 2.4 What Are Igneous Rocks
- 2.5 Components of Igneous Rocks
- 2.6 The Texture of Igneous Rocks
- 2.7 Typical Igneous Rocks
- 2.8 The Formation of Sedimentary Rocks
- 2.9 textures of sedimentary rocks
- 2.10 The structures of sedimentary rocks
- 2.11 Typical sedimentary rocks
- 2.12 What Are Metamorphic Rocks?
- 2.13 Metamorphism
- 2.14 Metamorphic Textures
- 2.15 The rock cycle
- 3 Geological History
- 3.1 The Principles of Stratigraphy
- 3.2 The Geological Timescale
- 3.3 Unconformities
- 4 Geological Structures
- 4.1 Introduction
- 4.2 Strike and Dip
- 4.3 Anticline and Syncline
- 4.4 Classification of Folds
- 4.5 How Joints Form
- 4.6 Faults
- 5 Geologic Map
- 5.1 Types and Symbols
- 5.2 Structural Features in Geologic Maps
- 5.3 Heishan Town Interpretation
- 6 Groundwater
- 6.1 Groundwater Fundamentals
- 6.2 Occurrence of Groundwater
- 6.3 Hydraulic Conductivity and Transmissivity
- 7 Landforms Made by Running Water
- 7.1 The Geological Work of Rivers
- 7.2 Fluvial Landforms
- 8 Engineering Geological Mechanics of Rock Mass
- 8.1 Rock Mass
- 8.2 Rock Mass Classification
- 9 Engineering Geological Study of Dam Foundations
- 9.1 compression deformation and bearing capacity
- 9.2 Dam foundation treatment
- 10 Engineering Geological Study of Rock Slopes
- 10.1 What is a Landslide?
- 10.2 Controls of deformation and destruction
- 11 Engineering geological study of underground caverns and tunnels
- 11.1 Engineering geological evaluation of location selection
- 11.2 Measures to improve the stability of surrounding rockmass
Taught by
Wang, Tao