本课程重视知识课的深度与广度，增加研究课程模块，根据课程的总体设置，针对实践性较强的章节布置实践模块，采用实际资料分析，且体现学科的交叉性，让学生分组进行，锻炼研究生分析、解决问题以及辩思的能力。突出科研导入在实践教学中的应用，增加最新科研成果向教学内容的转化，增加科学研究的案例库建设，加强现有科研实验设备向教学设备的转型，积极地发挥教学科研一体化的实践教学基地的作用，提高研究生的实践能力培养。
Overview
Syllabus
- Chapter 1: Introduction
- 1.1 Geometry, Kinematics and Dynamics
- 1.2 A Natural Example of Structural Analysis
- 1.3 Modelling Software MOVE (petroleum experts)
- Chapter 2: Fundamentals of Folds/Faults
- 2.1.1 Fold Terminology
- 2.1.2 Profile Plane
- 2.1.3 Enveloping Surface
- 2.1.4 Large folds & Minor Folds
- 2.2.1 Fault Planes & Fault Rocks
- 2.2.2 Fault Classification
- 2.2.3 Thrust Faults
- 2.2.4 Normal Faults
- 2.2.5 Strike-slip Faults
- Chapter 3: Geometric Statistics of Folds/Faults
- 3.1 Stereonets
- 3.2 Lines and Surfaces on Stereonets
- 3.3 Poles of A Surface
- 3.4 Beds on Stereonets
- 3.5 Folds on Stereonets
- 3.6 Fold Styles on Stereonets
- 3.7 Faults on Stereonets
- Chapter 4: Seismic Interpretation of Folds&Faults
- 4.1 Fold terminology
- 4.2 Defining axial surfaces
- 4.3 Shortcomings in seismic images of folds
- 4.4 Interpreting folds in poorly imaged zones
- 4.5 Recognizing thrust & reverse faults
- 4.6 Recognizing detachments
- 4.7 Growth structure: growth fault-related folding
- Chapter 5: Fault-Related Folding (FRF)
- 5.1 Co-existence of faults and folds
- 5.2 Introduction of FRF
- 5.3 Definition of G&K&D models
- 5.4 History of FRF and Proposed Models
- 5.5 Kinematic models of FRF
- 5.6 Mechanisms of FRF
- 5.6.1 Mechanisms of Fault-bend Folds
- 5.6.2 Mechanisms of Fault-propagation Folds
- 5.6.3 Mechanisms of Trishear Fault-propagation Folds
- 5.7 Discussion: Simplifications and limitations
- 5.8 Future of FRF
- Chapter 6: Basin Evolution – Seismic Hints
- 6.1 Rift Basins and Normal Faults
- 6.2 Foreland Basins and Thrust Faults
- 6.3 Structural Inversion
- 6.4 Strike-slip Basins
- 6.5 Salt Tectonics
- 期末考试
Taught by
China University of Petroleum(East China)
