"Mining science" is a core main compulsory course of mining engineering major and safety engineering major.
This course mainly deals with the basic principles and main methods of mining solid deposits, including underground mining and open-pit mining of coal, as well as underground mining of non-coal solid minerals. The main contents include: mining method, preparation method, development method, basic principle and main method of mining design of modern mine, mining technology, process system, main mining and transportation equipment, mining procedure and transportation system of modern open-pit coal mine, development of non-coal solid deposit, mining technology and main mining method, as well as mining front technology, etc.
Through the study of this course, students can master the basic concepts, basic methods and main technologies of modern mining, and then systematically understand and master the mining production system, production links, mining technology and equipment. Students can understand the development status of China and the world mining industry, mining technology frontier and development trend. Then they have the ability to engage in mining design, construction and production organization, the ability to use the knowledge learned to solve complex problems in mining.
1. To enable students to understand the basic principles of mining, master the basic concepts, basic methods and main technologies of modern mining, also have a comprehensive and systematic understanding of the mining production system, production links, mining technology and equipment, and understand the development status, cutting-edge mining technology and development trend of the mining industry at home and abroad.
2. Make students master mining technology, mining area (panel area or belt area) and mine development and other mine design methods.
3. To enable students to master the economic decision-making method of mine engineering, and to comprehensively consider the social, economic, safety, legal, environmental, social sustainable development and other factors in the scheme comparison and selection, and make the right choice.
4. Train the students to use the basic theory and mining professional knowledge to analyze and solve the mine production technology problems.
5. Develop the ability of students to collect data and information, summarize and analyze, write small papers or research reports and correctly express the contents of the reports.
6. Cultivate the sense of team work and the ability of organization and coordination.
7. Cultivate students' ability of self-study.
Chapter1 Introduction
1.1 Current situation of Chinese coal industry
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Chapter 2 The basic concept of mining
2.2 Division and mining sequence in the mine field
2.1 Concept of coal field development
2.3 Concept of mine production
2.4 Mining method
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Chapter 3 Mining technology of long wall caving mining method
3.2 Working face support and roof management
3.1 Fully mechanized mining technology
3.3 Operation mode and cyclic operation
3.5 Characteristics of fully mechanized mining technology with large mining height
3.4 Characteristics of fully mechanized mining technology with thin coal seam
3.6 Characteristics of intelligent working face
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Chapter 4 Technology parameters, management and design of long wall face
4.1 Main technical parameters of coal mining technology
4.3 Mining technology under special conditions
4.2 Equipment matching of fully mechanized mining face
4.4 Installation and relocation of working face
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Chapter 5 Strike longwall mining method
5.2 Layout and driving mode of stoping entry
5.3 Mining sequence and ventilation mode
5.1 Roadway layout and production system in mining area
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Chapter 6 Inclined longwall mining method
6.1 Roadway layout and production system in strip district
6.3 Technology characteristics of inclined longwall mining method
6.2 Analysis of strip district parameters and roadway layout
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Chapter 7 Long wall mining method with top coal caving
7.2 Top coal crushing process and its release rule
7.1 Longwall mining method with top coal caving and its types
7.3 Technological parameters of caving coal
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Chapter 8 Selection and development of coal mining methods
8.1 Selection and development of coal mining methods
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Chapter 9 Type of preparation method
9.4 Strip district preparation method
9.3 Panel preparation method
9.2 Mining district preparation method
9.1 Preparation method classification
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Chapter 10 Layout and parameter analysis of preparation roadway
10.1 Layout of mining district rise
10.2 Mining district parameters
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Chapter 11 Mining district station
11.2 New auxiliary haulage mode and station
11.1 Lower station of mining district
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Chapter 12 Basic concepts of mine field development
12.1 Mine reserves, annual output and mine life
12.2 Classification of mine development mode
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Chapter 13 Mine development mode
13.4 Combined development
13.3 Adit development
13.2 Inclined shaft development
13.1 Vertical shaft development
13.5 Multi- shaft areas development
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Chapter 14 Basic problems of mine field development
14.4 Main roadway layout
14.2 Shaft (adit) location determination
14.3 Mining level partitioning
14.1 Shaft (adit) mode selection
14.5 Reform and development of mine field development
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Chapter 15 Shaft station
15.1 Form and selection of shaft station
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Chapter 16 Mine field development deepening
16.1 Mine development deepening methods
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Chapter 17 Mine exploitation design
17.2 Scheme comparison example of mine development design (1)
17.1 Mining design procedures and methods
17.3 Scheme comparison example of mine development design (2)
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Chapter 18 Introduction of Non-coal Mining
18.2 Characteristics of deposit occurrence
18.3 Deposit division and mining sequence
18.1 Basic conception
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Chapter 19 The Deposit Development and Its Characteristic
19.1 Methods of deposit development
19.2 Main characteristics of non-coal deposit development
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Chapter 20 Mining Technology
20.1 Ore breaking
20.3 Management of ground pressure
20.2 Ore transportation
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Chapter 21 Introduction of mining methods
21.3 Caving mining method
21.2 Open stope mining method
21.4 Filling mining method
21.1 Conception, classification and selection of mining method
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Chapter 22 Special mining methods
22.1 Basic conceptions of special mining method
22.3 Development tendency of non-coal deposit mining
22.2 Exploitation of seabed resources
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Chapter 23 Basic concepts of surface mining
23.1 Basic concepts of surface mining
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Chapter 24 Main Production Process and Technology of Surface Mining
24.4 Main mining technology of surface mining (2)
24.2 Main production process of surface mining (2)
24.3 Main mining technology of surface mining (1)
24.1 Main production process of surface mining (1)
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Chapter 25 Boundary and Model for Open Pit
25.1 Method and principle of pit boundary determination
25.2 Function of geological model for open pit
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Chapter 26 Opencast mine mining procedures
26.2 Surface mining procedure (2)
26.1 Surface mining procedure (1)
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Chapter 27 The main transportation system of open mine
27.1 Main transportation system of open pit
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Chapter 28 The development tendency of open mine
28.1 Development trend of surface mining
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The elector shall have the following course knowledge:
Advanced Mathematics, Engineering Drawing, Mechanics of Materials, Rock Mechanics, Mine geology, Surveying, etc.
References:
1. Du Jiping, Meng xianrui. Mining Science[M]. Xuzhou: China University of mining and Technology Press, 2014 (Textbook)
2. Zhang Xianchen, Qian Minggao. Chinese Coal Mining[M]. Beijing: Coal Industry Press, 2003
3. Xu Yongqi. Mining Science[M]. Xuzhou: China University of mining and Technology Press, 2003
4. Wang Liquan, Xu Jinhai, Tu Shihao, et al. Introduction to Mining Engineering[M]. Xuzhou: China University of mining and Technology Press, 2004
5. Zhang Dongsheng, Ma Liqiang, Wan Zhijun. Underground Mining of Non-coal Solid Deposits[M]. Xuzhou: China University of mining and Technology Press, 2010
6. Wang Qing, Ren Fengyu, Gu Xiaowei, et al. Mining Science[M] (2nd Edition). Beijing: Metallurgical Industry Press, 2011
7. Tu Shihao. Case of Modern Mining Engineering[M]. Xuzhou: China University of mining and Technology Press, 2012
Network Teaching Resources:
1. Du Jiping, Tu Shihao, Wan Zhijun, et al. Mining Science (National Excellent Resource Sharing Course)
2. Tu Shihao, Wan Zhijun, Cai Qingxiang, et al. Enter the Mine (National Excellent Video open Course)
3. Wan Zhijun, Cheng Jingyi, Ma Wending, et al. Virtual Simulation Experiment of Intelligent Working Face Mining in Coal Mine https://www.ilab-x.com/details/v5?id=4188&isView=true
Professor
教授
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