Geotechnical and Hydrogeological Practice. Work Instruction Manual - (Second Edition)

Author: Qi Xiaojun
Publisher:
Publish Date: 1997-05-01
Features: This textbook is a supplementary material for "Engineering Geology and Hydrogeology." It was adapted and expanded based on the newly revised "1990-1995 University Water Conservancy and Hydropower Professional Undergraduate and Graduate Textbook Selection and Review Publishing Plan" by the Ministry of Water Conservancy Education Department and Teaching Committee in 1989. The main content of this book includes: Part 1, Classroom Experiments, Field Practice, and Out-of-Class Assignments, which includes:
1. Identification of Major Igneous Minerals;
2. Identification of Common Igneous Rocks;
3. Identification of Common Sedimentary Rocks;
4. Identification of Common Metamorphic Rocks;
5. Comprehensive Identification of the Three Major Rock Types;
6. Strike and Dip Elements of Geological Boundaries;
7. Reading and Analysis of Geological Maps of Horizontal, Vertical, and Inclined Strata;
8. Reading and Analysis of Geological Maps of Folds, Faults, and Unconformities;
9. Reading and Analysis of Comprehensive Structural Geological Maps;
10. Comprehensive Analysis of Hydraulic Engineering Geological Maps and Data;
11. Dam Foundation Seepage Analysis Engineering Geological Assignment;
12. Stability Analysis of Excavated Rock Slopes Assignment;
13. Dam Foundation Anti-Sliding Stability Analysis Assignment;
14. Principles and Applications of Stereographic Projection;
15. Application of Stereographic Projection to Analyze the Stability of Dam Shoulder and Foundation Rock Mass Assignment;
16. Organization and Analysis of Groundwater Quality Data and Water Quality Evaluation Assignment;
17. Organization and Analysis of Hydrogeological Data;
18. Groundwater Quantity Balance Calculation Assignment in Plain Areas;
19. Hydrogeological Data Analysis in Karst Regions.
Part 2, Field Geological Practice, which includes:
1. Content and Arrangement of Field Geological Practice;
2. General Working Methods of Field Geological Practice;
3. Geological Practice at Hydraulic Engineering Sites;
4. Writing Geological Practice Reports;
Appendix with Three Sections, etc.
This textbook is suitable for students in Hydraulic Engineering, Agricultural Water Conservancy, Construction, Water Resources, and River Regulation Engineering majors under the School of Water Conservancy and Hydropower. It can also be used as a reference for geological practice courses and geological teaching practice in other relevant majors and engineering technology training classes.