Structural Geology课程：前往报名学习
When you climb lofty mountains and appreciate the vast land and colorful landforms, have you ever thought about how they have been formed?
开设学校：西南石油大学；学科：工学、
When you climb lofty mountains and appreciate the vast land and colorful landforms, have you ever thought about how they have been formed?
-Geological mysteries hidden in structural geology
--Geological mysteries hidden in structural geology
-Discussion: What phenomena in our daily life are related to Structural Geology?
-1.1 Distinguish the top and bottom of bedding by recognizing the primary structure of sedimentary s
--1.1 Distinguish the top and bottom of bedding by recognizing the primary structure of sedimentary
-1.2 Characteristics of horizontal strata
--1.2 Characteristics of horizontal strata
-1.3 Attitude and its expression for planar and linear structures
--1.3 Attitude and its expression for planar and linear structures
-1.4 Patterns and thickness of outcrop of rock beddings
--1.4 Patterns and thickness of outcrop of rock beddings
-Discussion: How to apply the V rule in structural analysis
-Discussion: When observing geological phenomena in the field, how to distinguish whether the rock se
-Quiz 1
-Assignment
-2.1 Parallel unconformity and its characteristics
--2.1 Parallel unconformity and its characteristics
-2.2 Angular unconformity and its characteristics
--2.2 Angular unconformity and its characteristics
-2.3 Research on unconformity
--2.3 Research on unconformity
-Discussion: What kind of tectonic backgrounds do parallel unconformity and angular unconformity repr
-Quiz 2
-assignment 2
-3.1 Concepts of force and stress
--3.1 Concepts of force and stress
-3.2 Deformation and strain
-3.3 deformation stages of rocks
--3.3 deformation stages of rocks
-3.4 Factors affecting deformation
--3.4 Factors affecting deformation
-Discussion: There is an old saying "constant dropping wears away a stone", which deformation factor
-Quiz 3
-Assignment 3
-4.1 Geometrical elements of folds
--4.1 Geometrical elements of folds
-4.2 Morphological description of folds-part I
--4.2 Morphological description of folds-part I
-4.3 Morphological description of folds-part II
--4.3 Morphological description of folds-part II
-4.4 Special fold types
-4.5 Fold combination types
-4.6 Single-layer buckling folding
--4.6 Single-layer buckling folding
-4.7 Multi-layer buckling folding
--4.7 Multi-layer buckling folding
-4.8 Other folding
-4.9 Study on folds
-Discussion: Are folds commonly accompanied by faults? Why?
-Discussion: Which signs can be used to identify folds in the field?
-Quiz 4
-Assignment 4
-5.1 Classification of joints by geometric features
--5.1 Classification of joints by geometric features
-5.2 Characteristics of tension joints and shear joints
--5.2 Characteristics of tension joints and shear joints
-5.3 Characteristics of structural joints and non-structural joints
--5.3 Characteristics of structural joints and non-structural joints
-5.4 Staging and matching of joints
--5.4 Staging and matching of joints
-5.5 Preparation and analysis of rose diagrams of joints
--5.5 Preparation and analysis of rose diagrams of joints
-Discussion: Which kind of rock may joints prevail in?
-Discussion: What is the relationship between joints and oil and gas exploration
-Quiz 5
-Assignment 5
-6.1 Fault geometrical elements
--6.1 Fault geometrical elements
-6.2 Classification of faults
--6.2 Classification of faults
-6.3 Normal fault and normal fault system
--6.3 Normal fault and normal fault system
-6.4 Reverse fault and reverse fault system-part I
--6.4 Reverse fault and reverse fault system-part I
-6.5 Reverse fault and reverse fault system-part II
--6.5 Reverse fault and reverse fault system-part II
-6.6 Strike-slip fault and strike-slip fault system
--6.6 Strike-slip fault and strike-slip fault system
-6.7 Anderson theory of faulting
--6.7 Anderson theory of faulting
-6.8 Identification signs of faults
--6.8 Identification signs of faults
-Discussion: In recent years, earthquakes occurred frequently. According to your knowledge and unders
-Quiz 6
-Assignment 6
-7.1 The concept and development history of tectonics
--7.1 The concept and development history of tectonics
-7.2 Plate tectonic theory
-7.3 Sedimentary basins under plate tectonic theory
博士、教授、硕士研究生导师、自1984年以来主要进行构造地质学、石油大地构造学等教学和科研工作，先后主持完成国家科技攻关项目、国家油气重大专项及企业委托项目数十项，在复杂构造区变形特征研究、裂缝发育规律和预测方法研究等方面作出了突出贡献。获省部级及校级科技进步奖7项。在国家级刊物和学术会议上发表论文40多篇、主编出版教材3部。已经培养毕业研究生60多人。现兼任第九届中国地质学会构造地质学与地球动力学专业委员会委员、四川省矿产评审专家、多家学术期刊审稿人。
周小军，男，现任西南石油大学地球科学与技术学院教师。自2008年任职以来，主要讲授构造地质学、构造地质与大地构造学、构造地质实验、构造地质综合实习等多门课程，发表教学研究论文3篇，多次受到学校教学表彰与奖励。参与多项国家自然科学基金、国家重大专项项目的研究，发表学术论文20余篇。
余养里，浙江大学构造地质学专业博士，从事构造建模、几何学运动学、构造平衡恢复等构造地质学相关教学研究工作。
孟立丰，男，博士,副研究员。2005年7月毕业于浙江大学地球科学系地质学专业，2012年7月获浙江大学地球科学系构造地质学专业理学博士学位。其后，进入浙江大学地球科学系地质学流动站从事博士后研究工作，主要研究方向为造山带与盆地构造。2016年5月，进入西南石油大学地球科学与技术学院从事构造地质相关教学及科研工作。获首届全国大学青年教师地质课程教学比赛二等奖。先后主持国家自然科学基金项目1项，主研国家重大专项、国家“973”项目、省部级科研项目8项，发表国际SCI论文4篇。
陈伟，博士，教授。长期担任《构造地质学》《大地构造学》《岩石圈动力学》《构造应力场解析》《复杂构造分析方法》《构造综合实习》等多门本科生和研究生课程，指导构造地质专业本科毕业生和研究生30人以上，发表教学论文2篇，荣获教学奖励3项
