MN 211 INTRODUCTION TO MINING ENGINEERING 2(2/2-0/0) Pre

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1 MN 211 INTRODUCTION TO MINING ENGINEERING 2(2/2-0/0) None Historical survey of mining, mine economics and laws. The principles of discovery, development, and operation of mineral properties including blasting, materials handling, rock mechanics and support, shaft sinking, drifting and general work organization. Brief introduction to mining methods. MN 271 ROCK MECHANICS 3(2/2-1/3) (Formerly name: FUNDAMENTAL ROCK MECHANICS since 2003) ME 107 Classification of rocks as engineering material, elastic and plastic properties, physical properties, and testing methods; fundamental theory of rock mechanics including stress, strain and strain rosettes, rock stress and failure criteria, initial stress in rocks and their measurement, deformability of rocks; stress around underground opening; pit slope stability MN 281 INTRODUCTION TO MINING ENGINEERING 3(3/3-0/0) ME 107 Historical survey of mining and mine economics; the principles of discovery, development, and operation of mineral properties including, blasting materials handling, rock mechanics and support, shaft sinking and general work organization; brief introduction to mining methods. MN 301 INTRODUCTION TO PARTICLE TECHNOLOGY 3(3/3-0/0) None Basic knowledge of particle technology: introduction; characterization; size reduction; separation; particle-fluid dynamics; flow, storage and handling of particles; agglomeration and sintering; production of fine particle; and particulate emission controls. MN 316 SURFACE MINING AND DESIGN 3(2/2-1/P) MN 211 Surface prospecting, exploration, reserve estimation, mine feasibility study, environmental assessment; surface mine development, optimum pit design and slope stability; unit operation for surface mining, drilling, blasting, loading, and hauling; open pit mining methods and equipment for metal, nonmetal, and bedded deposits; alluvial mining; dredging; non-entry mining methods.

2 MN 317 UNDERGROUND MINING AND DESIGN 3(2/2-1/P) MN 211 Underground prospecting, exploration, reserve estimation, feasibility study, environmental assessment; underground mine development, shaft sinking and tunneling; unit operation for underground mining; hoisting, blasting, mucking, and handling, rock mechanics application; underground mining methods including unsupported, supported, caving, shortwall and longwall methods; mine ventilation and safety. MN 331 MINERAL PROCEESSING I 3(2/2-1/3) GEOL 232 Crushing and grinding, sizing and sorting grinding circuit control, methods of separation, chemical extraction, flotation, magnetic and electrical separation; testing and research. MN 332 INTRODUCTION TO PARTICLE TECHNOLOGY 3(2/2-1/3) MN 331 Froth flotation including adsorption, surface free-energy, flotation reagents, applications, and standard methods for ore treatment. MN 371 ROCK MECHANICS I 2(2/2-0/0) CE 211 Rock as an engineering material; elastic and plastic properties. Mohr s criteria of failure, elastic theory; stress distribution around underground openings; open pit and underground mine stability. MN 372 ROCK MECHANICS LABORATORY 1(0/0-1/3) MN 371 or concurrent to MN 371 Method of sampling collecting and preparation of specimens before testing. Testing for engineering properties of rock, determination of basic physical properties, slake durability index, determination of hardness, uniaxial compression test for determination of uniaxial strength, direct shear test triaxial compression test and sonic velocity test of rock. MN 311 DRILLING AND BLASTING 3(3/3-0/0) Consent of the instructor

3 Composition and properties of explosives, blasting theory and applications of explosives in mining, principles of operation and selection of rock drills, blasting design, controlled blasting, drilling and blasting economics, blasting and environment, and blasting regulations and safety. MN 412 COMPUTER APPLICATIONS IN MINING ENGINEERING 3(2/2-1/3) MN 211 and CPE 281 Applications of computers in mine surveying, orebody modeling and geologic database management, ore reserve estimation, surface and underground mine planning and design, mineral processing and mine feasibility studies. MN 414 COAL MINING TECHNOLOGY 3(3/3-0/0) MN 316 or consent of the instructor Techniques of Modern coal Mining, exploration, Physical and Chemical properties, Utilization, environmental prevention, accident prevention and administration. MN 415 EXPLOSIVES FOR ENGINEERING 3(3/3-0/0) Fourth year standing Composition of high explosives, blasting agents, detonators, electric shortfiring, practical usage of explosives, surface and underground blast design, vibration and air blast, blasting economics and blasting safety for engineering MN 416 DESIGN OF QUARRY AND STONE CRUSHING PLANT 3(3/3-0/0) Consent of the instructor Properties and uses of crushed stone Geology and exploration of stone deposits. Investment analysis of quarry projects. Extraction methods and design of quarries. Selection of mining and hauling equipment for quarrying. Application of explosives in quarrying. Design of a stone crushing plant. Selection of stone crushing and sizing equipment. Maintenance of quarrying equipment and the crushing plant. Safety management and pollution control in quarrying. Law and regulations in quarrying. MN 422 GENERAL METALLURGE 3(3/3-0/0) ME 282 Principles in the extraction and refining of metals by hydro, pyro, and electro metallurgical techniques. The production of ferrous, and rare metals from ores, concentrates, or other raw materials.

4 Refractory materials, the manufacturing and use in metallurgical construction. Applications of chemical and instrumental methods to determine the elemental constituent of ores, concentrates, slags and metal products. Design of smelting furnaces. MN 423 APPLIED CHEMISTRY IN AQUEOUS PROCESSING (3/3-0/0) CHEM 103 or equivalent Application of chemical and engineering principles to metal processing in aqueous systems; metallurgical extraction, engineering material synthesis from extracted metals, and treatment of the metal/material wastes. MN 433 MINERAL PROCESSING TECHNOLOGY 3(3/3-0/0) MN 332 A subject concerning the details continuing from mineral Dressing I and II stressing on plant design. MN 434 ASSAYING 3(3/3-0/0) MN 332 Basic theory and technics for mineral analysis in chemical analysis. Application of classical chemical methods to the determination of waste ore in Thailand. Theories, modern instrumental chemical analysis. Treatment of experimental data in analysis techniques and tools qualitative and quantitative analysis. MN 441 MINE ECONOMICS AND PROJECT EVALUATION 3(3/3-0/0) (Formerly name : MINE ECONOMICS since 2003) Consent of the instructor Concepts of mineral economics: mineral demand and supply, mineral production, optimal production, cost of production in mining, mine cost estimation, mineral consumption, and project evaluation. Acquisition of mineral property and valuation. Investment decision techniques: time value of money, depreciation, depletion, tax regulation, cash flow analysis, and risk analysis. Mine organization and project financing. Government policy related to mining industry. MN 442 MINE VALUATION 3(3/3-0/0) MN 316

5 Theory of sampling and statistical analysis applied to the evaluation or ore reserves. Financial analysis of mineral deposits, and economics factors related to mining and marketing. MN 443 GEOSTATISTICS 3(3/3-0/0) STAT 263 and MN 211; or consent of the instructor Introduction to Geostatistics. Applications of statistics and mathematics of random functions to a study of spatial correlation of geological and geographical parameters, and to a more efficient estimation of these variables with meaningful statistical result. MN 444 MINE SYSTEM ENGINEERING 3(3/3-0/0) STAT 263, MN 316 and MN 317 Application of operations research techniques in mining, mine design, and short-range and longrange mine planning. Development and formulation of analysis techniques, including uses of softwares to solve mining problems. MN 445 MINE MANAGEMENT 3(3/3-0/0) consent of the instructor Mine management fundamental. Decision making process, strategic planning, and organization for a mining and fuel mineral firm. MN 446 QUANTITATIVE ANALYSIS IN ENERGY AND 3(3/3-0/0) RESOURCES INDUSTRIES STAT 263 Applications of parametric techniques, research methodology, and an analysis of economic models to policy and planning issues in energy and resources industries. Modeling the two-variable relationship, the k-variable relationship, the nonlinear-variable relationship and the time series relationship in energy and resources industries. MN 447 ANALYSIS OF ENERGY AND NONRENWEABLE 3(3/3-0/0) ESOURCES MARKETS MATH 161 or ECON 100

6 Economic analysis of policy and planning issues in energy and nonrenewable resources markets. Fundamental concepts of production economics, modeling the market structures, applications of the Game theory and principles of nonrenewable resources exhaustion. MN 448 MEASUREMENT OF EFFICIENCY IN ENERGY AND 3(3/3-0/0) RESOURCES INDUSTRIES MATH 161 or STAT 263 Applications of engineering, economic, statistical and mathematical concepts in designing mathematical programming and parametric methods to measure the efficiency of a production process in energy and resource industry. An analysis of the efficiency in the industry, Data Envelopment Analysis model, and to Stochastic Frontier Analysis model. MN 453 MINE VENTILATION 3(3/3-0/0) MN211 A study of the mine atmosphere and its control. Solution of air flow networks by numerical techniques. Ventilation of deep mines. Design of mine ventilation systems. MN 454 MINE EQUIPMENT II 3(3/3-0/0) MN 456 or consent of the instructor Theory and engineering principle of Surface and Underground mine-equipment. A unified method of approach to the analysis of the characteristics of mine equipment, including, thermodynamics, Power measurement, traction, fluid system, transmission system, tire and track, sterring system, suspension, terramechanics, equipment performance, machine management, human response to mine equipment. MN 455 BULK MATERIAL HANDLING 3(3/3-0/0) Fourth year standing Selection and design of transporting and handling methods for bulk materials including belt conveying, bucket lifting, screw conveying, apron conveying, drag conveying, vibrating conveying and feeding, crushing and screening, hoisting, bin and hopper storage, ventilation and dust collection. MN 456 MINE EQUIPMEN SELECTION 3(2/2-1/P) MN 316 and fourth year standing

7 The economics and mechanics of mine equipment selection; fundamental theory and characteristics of equipment of surface and underground mining including rock drill, drill rig, excavator, bulldozer, loader, hauler, belt conveyor, locomotive, tunnel boring machine, etc. MN 457 MINE PLANT AND ACCESSORIES DESIGN 3(2/2-1/P) MN 317 and CE 211 Structural analysis of roof trusses, columns, footing; indeterminated structural analysis; design of headframe, mine hoist, ore bin, ore skip and man cage; pumping and handling of mine slurry; power generator; mine ventilation; air compressor and drilling equipment MN 462 MINE ENVIRONMENT 3(3/3-0/0) Consent of the instructor Mining environment and the importance of environmental problems, visual impact, air pollution and control, noise pollution and control, ground vibrations from blasting and air blast, transport, environmental problems of floatation reagents in tailing water from mineral processing plant reclaimation, waste utilization from mining, framework and scope of environmental impact assessment. MN 463 MINE SAFETY ENGINEERING 3(3/3-0/0) consent of the instructor Fundamental principles of accident analysis and prevention; mine safety management, accident, injuries and severity rate, modern safety concept, safety program organization, controlling physical condition, personal protection control, performance measurement and motivation, psychological aspect of accident prevention, cost analysis. MN 472 ROCK MECHANICS II 3(3/3-0/0) MN 271 Theoretical and applied rock mechanics, beam theory applied to roof failure in tabular structures, slope stability, surface subsidence, and construction of mine openings. MN 473 TUNNELING 3(3/3-0/0) MN 271 or consent of the instructor

8 Classification and signification of tunnels; geological exploration; factors and effects on tunnel; engineering classification of rock mass; instrumentation; stresses and the design of underground opening in rock; tunneling support design; excavation methods; ventilation in tunnel, modern tunneling technique. MN 474 ROCK SLOPE ENGINEERING 3(3/3-0/0) MN 271 Fundamental mechanics and analysis of slope failure including plane, wedge, circular, and toppling failure. Design of slope and reinforcement to prevent sliding. MN 475 ROCK CUTTING TECHNOLOGY 3(3/3-0/0) MN 271 Mechanics of rock cutting by picks, discs, toothed roller cutters and button cutters, Rock properties and cuttability assessment. Water-jet assisted rock cutting and drilling. Rock cutting machine design and applications for competent and non-competent rocks. Dimension stone quarrying and processing of granite and marble. Selection of appropriate rock cutting technology. MN 491 MINING ENGINEERING PROJECT 3(0/0-3/6) consent of the instructor A special topic or problem in mining engineering is assigned to the student for thorough investigation. Opportunity is afforded the student for original thinking and the application of mining research techniques.