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Transcript of DEPARTMENT OF MINING ENGINEERING · DEPARTMENT OF MINING ENGINEERING ... construction, installation...
DEPARTMENT OF MINING ENGINEERING
LECTURE SCHEDULE: UG Courses
B.Tech. (Mining Engineering ) II, III & Final Yr. Sem. I
Subject Code & Title: MI 214 Mining Geology I
Name of Teacher: Dr G.S.Bhardwaj
Credit Hours: 4(3+1)
LECTURE
TOPIC TO BE COVERED
UNIT-I
1. Introduction of geology and Importance of geology
2. Importance of geology in mining
3. Evolution of earth and Age of the earth
4. Origin of earth and Interior of earth
5. Physio-graphic features of India
6. Geologic Time Scale
7. Exogeneous and Endogeneous geological processes
8. Metallogenesis
9. Weathering
10. Erosion
11. Transportation
12. Deposition
13. Geological work done by river
14. Geological work done by lake
15. Geological work done glacier
16. Geological work done underground water
17. Geological work done by sea
UNIT-II
18. Definition of mineral and Physical properties of minerals
19. Chemical properties of minerals
20. Optical properties of minerals
21. Polymorphism and Isomorphism
22. Crystallography and Crystal systems
23. Classification of rock forming minerals
24. Feldspar Group of Minerals
25. Mica Group of minerals
26. Pyroxene Group of minerals
27. Amphibole group of minerals
UNIT-III
28. Crystallography and Crystal systems
29. Definition of rock and processes of rock formation and crystallisation
30. Texture of rocks and structure of rocks
31. Classification, structure and texture of sedimentary rock
32. Classification, structure and texture of igneous rocks
33. Metamorphic rock, its classification, texture and structure
34. Processes of Metamorphism and agents of metamorphism
UNIT-IV
35. Diastrophism and earth
36. Slow and rapid earth movements
37. Earthquakes, causes and effects
38. Seismic belts and interior of earth
39. Volcanoes, volcanic products and its distribution
40. Mountain and its types
41. Mountain building
42. Plate tectonics
Subject Code & Title: Mi 215 ELEMENTS OF MINING
Name of Teacher: Er. M.K. Mehta and Er. V.K. Mehta
Credit Hours: 4(3+1)
UNIT-I
Lecture-1 Mineral resources of Rajasthan, India and World;
Lecture-2 Mining of important economic minerals in India;
Lecture-3 Various terms used in mining;
Lecture-4 Various terms used in mining;
Lecture-5 Introduction and comparison of underground and surface mining
Lecture-6 Introduction to unit operations
Lecture-7 Introduction to unit operations
UNIT-II
Lecture-8 Prospecting and Exploration: Reconnaissance;
Lecture-9 principles and methods of prospecting –
Lecture-10 principles and methods of prospecting –
Lecture-11 pit, shaft, trench and boreholes;
Lecture-12 Methods of Exploration,
Lecture-13 Methods of Exploration,
Lecture-14 Selection of sites for boreholes;
Lecture-15 Surface layout of boring;
Lecture-16 Borehole logging; Maintenance of records;
Lecture-17 Deflection of boreholes;
Lecture-18 Difficulties in boring;
Lecture-19 Fishing tools and their uses;
Lecture-20 Methods of exploratory drilling for oil; Interpretation of borehole data.
UNIT-III
Lecture-21 Supports: Examination of roof;
Lecture-22 Materials for support: Timber, masonry,
Lecture-23 concrete and steel supports;
Lecture-24 Storage, preservation
Lecture-25 fire proofing of timber;
Lecture-26 Objectives and limitations of supports under different conditions
Lecture-27 Rigid and yielding types of supports,
Lecture-28 Strata bolting; Roof stitching; Recovery of falls;
Lecture-29 Support system in longwall method
Lecture-30 Support system in Bord and Pillar method
UNIT-IV
Lecture-31 Explosives: Classification
Lecture-32 Explosives: comparative properties of explosive;
Lecture-33 Blasting devices;
Lecture-34 General application and uses;
Lecture-35 Blasting theory;
Lecture-36 Safety considerations.
Lecture-37 Blasting system: Electric and non -electric methods;
Lecture-38 Delay blasting techniques;
Lecture-39 Priming; Charge distribution;
Lecture-40 Mechanisms of rock blasting;
Lecture-41 Blasting with cut and solid blasting,
Lecture-42 Introduction to SMS, PMS and Heavy ANFO
Subject Code & Title: Mi 216 MINING MACHINERY-I
Name of Teacher: Er. M.K. Mehta and Er. V.K. Mehta
Credit Hours: 4(3+1)
UNIT-I
Lecture-1 Introduction to drilling systems
Lecture-2 Mechanics of percussive, rotary and rotary-percussive drilling
Lecture-3 Mechanics of percussive, rotary and rotary-percussive drilling
Lecture-4 Different types of drills: compressed & hydraulic, diesel and electric drills
Lecture-5 Different types of drills: compressed & hydraulic, diesel and electric drills
Lecture-6 Selection of drills;
Lecture-7 Jack hammers, sinkers, stoppers, drill jumbos, wagon drills and other blast hole drills
Lecture-8 Drill accessories and their working
Lecture-9 Types of drill steels, bits and their uses
Lecture-10 Types of drill steels, bits and their uses
UNIT-II
Lecture-11 Machinery for underground mining
Lecture-12 Coal cutting machine
Lecture-13 Loaders
Lecture-14 SDL
Lecture-15 LHD
Lecture-16 LPDT
Lecture-17 Cutter loaders
Lecture-18 SERDS and DERDS
Lecture-19 Coal Plough
Lecture-20 Continuous miner
Lecture-21 Road headers
UNIT-III
Lecture-22 Open pit Machinery
Lecture-23 Dozers and Front end loaders
Lecture-24 Power shovels
Lecture-25 Rope and hydraulic shovels
Lecture-26 Back hoes
Lecture-27 Draglines
Lecture-28 Dumpers and Coal haulers
Lecture-29 Motor graders, Scrappers; Rippers
Lecture-30 Bucket wheel excavators; Spreaders; Re-claimers
Lecture-31 Continuous surface miner
UNIT-IV
Lecture-32 Air Compressors; types, construction, installation & maintenance
Lecture-33 Air Compressors; types, construction, installation & maintenance
Lecture-34 Transmission and distribution of compressed air
Lecture-35 Calculations of main parameters of compressed air
Lecture-36 Comparison of compressed air with other forms of power
Lecture-37 Wire ropes used in mines- types and their construction
Lecture-38 Wire ropes used in mines- types and their construction
Lecture-39 installation, maintenance and tests of wire ropes
Lecture-40 Rope splicing and change of ropes
Lecture-41 rope capels
Lecture-42 process of capping
Subject Code & Title: Mi 311 MINE VENTILATION
Name of Teacher: Dr. A. Bhatnagar
Credit Hours: 4(3+1)
UNIT-I
Lecture-1 Introduction of subject (Mine Ventilation)
Lecture-2 Mine Gases - Occurrence
Lecture-3 Mine Gases - properties
Lecture-4 Mine Gases - properties
Lecture-5 Mine Gases – detection, measurement and monitoring
Lecture-6 Mine Gases – detection, measurement and monitoring
Lecture-7 Mine Gases – detection, measurement and monitoring
Lecture-8 Mine Gases - Methane layering; Methane drainage
Lecture-9 Heat and Humidity: Sources;.
Lecture-10 Heat and Humidity: Effect and control of heat and humidity in mines
Lecture-11 Heat and Humidity: Conditions of comfort; Cooling power of mine air; Air conditioning.
UNIT-II
Lecture-12 Air Flow in Mine Workings: Standards of ventilation
Lecture-13 Air Flow in Mine Workings: Standards of ventilation
Lecture-14 Air Flow in Mine Workings: Reynold’s number; Laminar and turbulent flow; Pressure losses due to
friction and shock resistances
Lecture-15 Air Flow in Mine Workings: Pressure across the mine; Equivalent orifice of the mine
Lecture-16 Air Flow in Mine Workings: Resistances in series and parallel;
Lecture-17 Air Flow in Mine Workings: Air quantity requirements
Lecture-18 Air Flow in Mine Workings: Air quantity requirements; Leakages;
Lecture-19 Air Flow in Mine Workings: Homotropal and Antitropal ventilation,
Lecture-20 Air Flow in Mine Workings: Central and boundary ventilation
Lecture-21 Air Flow in Mine Workings: Network analysis
UNIT-III
Lecture-22 Natural Ventilation: Mechanism
Lecture-23 Natural Ventilation: Estimation and measurement of natural ventilation pressure;
Lecture-24 Natural Ventilation: Estimation and measurement of natural ventilation pressure; Characteristic
curves
Lecture-25 Mechanical Ventilation: Centrifugal - Construction, pressure developed, characteristic curves.
Lecture-26 Mechanical Ventilation: Axial flow fans- Construction, pressure developed, characteristic curves.
Lecture-27 Mechanical Ventilation: Axial flow fans- Construction, pressure developed, characteristic curves.
Lecture-28 Mechanical Ventilation: Centrifugal and axial flow fans- series and parallel operations;
Lecture-29 Mechanical Ventilation: Installation and testing; Forcing and exhaust ventilation;
Lecture-30 Mechanical Ventilation: Fan drifts and evasees; Reversal of air flow.
Lecture-31 Auxiliary Ventilation: Longitudinal air curtains and brattices; Forcing, exhausting and forcing cum
exhausting ventilation systems;
Lecture-32 Auxiliary Ventilation: Dust extraction; Auxiliary fans- Types, construction, characteristics, location
and installation; Air ducts; Risk of re-circulation
UNIT-IV
Lecture-33 Ventilation Devices: Stopping, doors,
Lecture-34 Ventilation Devices: air locks, air crossings and regulators
Lecture-35 Ventilation Devices: Regulators and boosters for the regulation of air flow- Construction, location
and installation and their effect on the air flow in the panel and the entire mine
Lecture-36 Ventilation Devices: Regulators and boosters for the regulation of air flow- Construction, location
and installation and their effect on the air flow in the panel and the entire mine
Lecture-37 Ventilation Devices: Regulators and boosters for the regulation of air flow- Construction, location
and installation and their effect on the air flow in the panel and the entire mine
Lecture-38 Ventilation Devices: Risk of re-circulation; Controlled re-circulation for ventilating mine workings
Lecture-39 Ventilation Devices: Risk of re-circulation; Controlled re-circulation for ventilating mine workings
Lecture-40 Ventilation Survey: Purpose, instruments
Lecture-41 Ventilation Survey: procedure, tabulation and calculation,
Lecture-42 Ventilation Survey: Purpose, instruments, procedure, tabulation and calculation, Preparation and
interpretation of ventilation plans.
Subject Code & Title: Mi 312 SURFACE MINING
Name of Teacher: Dr. S.S. Rathore
Credit Hours: 4(3+1)
UNIT-I
Lecture-1 Applicability and limitations of surface mining
Lecture-2 Advantages of surface mining over underground Mining
Lecture-3 Size of mine area ; Pit depth;
Lecture-4 Annual production and life of mine
Lecture-5 Bench height, width and slope, Pit slope
Lecture-6 Cut-off grade; Stripping ratio
Lecture-7 Opening of deposits-Trench, Ramp
Lecture-8 Width and slope of entry trenches
Lecture-9 Driving of entry and opening trenches
Lecture-10 Formation of benches
Lecture-11 Formation of benches
UNIT-II
Lecture-12 Systems of overburden removal and disposal
Lecture-13 Systems of overburden removal and disposal
Lecture-14 Overcasting methods.
Lecture-15 haulage and combination methods
Lecture-16 haulage and combination methods
Lecture-17 Basic layouts for flat, horizontal, deposits
Lecture-18 Basic layouts for inclined and steep deposits
Lecture-19 Strip mining layouts
Lecture-20 Layout for hilly deposits
Lecture-21 Management of layouts
UNIT-III
Lecture-22 Drilling concepts - Operation and performance
Lecture-23 Selection of Drills
Lecture-24 Control of dust
Lecture-25 Choice of explosive
Lecture-26 Blast round design - Hole diameter and length; Burden, spacing, sub-grade and stemming length
Lecture-27 Column charge configuration, Mode and points of initiation
Lecture-28 Sequence of blasting and delay interval
Lecture-29 Blast hole deviation, Inclined hole blasting
Lecture-30 Fragmentation monitoring
Lecture-31 Blast design for casting; Secondary blasting;
Lecture-32 Blasting hazards - noise, ground vibration, fly rock, dust & air over pressure and their remedial
measures
UNIT-IV
Lecture-33 Optimization of shovel- dumper combination
Lecture-34 Computerized truck dispatch system
Lecture-35 Stock piling and blending; Haul road design, construction and safety measures
Lecture-36 Mining over old underground workings
Lecture-37 Placer mining: hydraulicking, dredging, dump leaching
Lecture-38 Deep sea mining, highwall mining
Lecture-39 Steep angle conveyor, high angle conveyor, in pit crushing and conveying
Lecture-40 Various lighting arrangements
Lecture-41 Assessment of water make; Drains, sumps and pumping systems
Lecture-42 Pre-drainage through diversion channels and boreholes.
Subject Code & Title: Mi 313 UNDERGROUND COAL MINING
Name of Teacher: Dr. S.C. JAIN
Credit Hours: 4(3+1)
UNIT-I
Lecture-1 Introduction to subject
Lecture-2 Stratified deposits-their origin and distribution, Characteristic of roofs, floors and associated rocks
Lecture-3 Factors influencing choice of methods
Lecture-4 Classification of mining systems-their relative merits and app
Lecture-5 Global and Indian status of different underground coal mining methods
Lecture-6 Trend of change in technology of mining coal vis-vis demand
Lecture-7 Fill materials; Methods of filling- Gravity, pneumatic, mechanical and hydraulic
Lecture-8 Hydraulic filling
Lecture-9 Procurement of fill material on surface
Lecture-10 Transport to bunker; Transport to face area
Lecture-11 Filling installations and operations in face area
UNIT-II
Lecture-12 Division of mine area: District and level system
Lecture-13 Concept of uni and bi-lateral panels
Lecture-14 Order of extraction, Size of panel
Lecture-15 Bord and Pillar Method: Development - different methods and layout
Lecture-16 Development - different methods and layout
Lecture-17 Cutting, drilling, blasting, loading and transportation
Lecture-18 Support, ventilation, drainage and lighting, manpower
Lecture-19 Depillaring - different methods and layout
Lecture-20 Depillaring - different methods and layout
Lecture-21 Simultaneous development and depillaring
UNIT-III
Lecture-22 Long wall Method: Advancing method
Lecture-23 Long wall Method: retreating method
Lecture-24 Length of face and daily advance
Lecture-25 Size of panel
Lecture-26 Development of panel with multi-heading
Lecture-27 Development of panel with single heading gates
Lecture-28 Extraction of panel.- by drilling, blasting & loading
Lecture-29 Extraction of panel.- by Continuous mining
Lecture-30 Support; Ventilation, drainage, lighting and signaling in extraction
Lecture-31 Room & pillar , Shortwall mining methods
Lecture-32 Comparison amongst B&P, Longwall, R & P and Shortwall
UNIT-IV
Lecture-33 Hydraulic Mining: The concept
Lecture-34 Layout of workings on district and level systems
Lecture-35 Winning of panels; Pillar methods (square pillars, rectangular pillars and long pillars)
Lecture-36 Sublevel stoping
Lecture-37 In-situ Gasification: The concept and chemistry
Lecture-38 In-situ Gasification: Methods- using underground excavations, using vertical or directionally drilled boreholes from
surface
Lecture-39 Mining of coal under difficult Situations: Steeply inclined seams, Thin seams, Thick seams, Contiguous seams
Lecture-40 Mining of coal under difficult Situations: seams prone to outburst and bumps
Lecture-41 Mining of coal under difficult Situations: Horizon Mining; Blasting gallery method, Sublevel and integral caving
method
Lecture-42 Mining of coal under difficult Situations: Mining of seams prone to fire and spontaneous combustion, Mining of
seams in the vicinity of water bodies and structures.
Subject Code & Title: Mi 314 COMPUTER APPLICATION IN MINING
Name of Teacher: Dr. S.C. JAIN
Credit Hours: 3(2+1)
UNIT-I
Lecture-1 Introduction to subject
Lecture-2 Importance of computer application in mining: Mining geology, Mining Environment
Lecture-3 Importance of computer application in mining: Mine Planning, Project monitoring
Lecture-4 Different areas of application general discussion
Lecture-5 Different areas of application at company level and unit level
Lecture-6 Introduction to Computers and hardware for application in mining industry
Lecture-7 Programming with C++ computer language for mining related problems
UNIT-II
Lecture-8 Exploration- Data generation, collection
Lecture-9 Exploration- Data analysis through computers for exploration and reserve estimation,
Reserve estimation
Lecture-10 Surface Mining- Bench geometry design, Haul road design,
Lecture-11 Programming with ‘C’ language for mining related problems,
Lecture-12 Drainage Waste dump design and monitoring
Lecture-13 Mine Planning & Design- Introduction of mine planning concept through mining software.
Lecture-14 Mine Planning & Design- Introduction of mine planning concept through mining software.
UNIT-III
Lecture-15 Environmental Engineering Basic concept of data generation,
Lecture-16 Environmental Engineering: collection and analysis through computers for environment
management. Relevant software application
Lecture-17 Mine Surveying: Introduction to mapping, Estimation of area and volume,
Lecture-18 Mine Surveying: Preparation of plans & sections
Lecture-19 Mine Surveying:, Tonnage/ Volume calculation for contractual billing and relevant
software application.
Lecture-20 Project Monitoring Systems & tools of monitoring of different mining operations data
collection, analysis and online monitoring.
Lecture-21 Project Monitoring: Inventory control and management.
UNIT-III
Lecture-22 Mine Planning Software Basic introduction, salient features of DATAMINE
Lecture-23 Planning by different mining software like DATAMINE
Lecture-24 Mine Planning Software Basic introduction, salient features of SURPAC
Lecture-25 Basic introduction, salient features and application of software like BLASTWARE
Lecture-26 Basic introduction, salient features and application of software like FRAGLYST,
Lecture-27 Basic introduction, salient features and application of software like GALENA,
Lecture-28 Basic introduction, salient features and application of software like VENT etc
Subject Code & Title: Mi 315 MINE SURVEYING II
Name of Teacher: Dr. S.C. JAIN
Credit Hours: 4(3+1)
UNIT-I
Lecture-1 Introduction to subject
Lecture-2 Correlation: Methods of correlation of surface and underground surveys
Lecture-3 Correlation: Through mine openings – Single Shaft General
Lecture-4 Correlation: Through mine openings – Single Shaft Weishback triangle method
Lecture-5 Correlation: Through mine openings – Single Shaft Weishback Quadrilateral method
Lecture-6 Correlation: Through mine openings – Two Shaft
Lecture-7 Correlation: Through mine openings – Adit
Lecture-8 Correlation by magnetic needle
Lecture-9 Correlation - Precautions and accuracy
Lecture-10 Surveying for tunnels
Lecture-11 Surveying for open pits
UNIT-II
Lecture-12 Triangulation Surveying: General Introduction and types
Lecture-13 Triangulation system with primary, secondary and tertiary orders;;
Lecture-14 Reconnaissance; Selection of signals and stations
Lecture-15 Measurement of base line
Lecture-16 Measurement of angles
Lecture-17 Booking of observations
Lecture-18 Auxiliary station
Lecture-19 Satellite station
Lecture-20 Computation; Calculation of coordinates
Lecture-21 Errors and their distribution and plotting.
UNIT-III
Lecture-22 Stope and face surveying: General, Theodolite in stope surveying;
Lecture-23 Stope and face surveying: Tape triangulation;
Lecture-24 Stope and face surveying Traversing; Radiation and other methods
Lecture-25 Plans and Sections: Legal requirements as to mine plans in India;
Lecture-26 Plans and Sections: Preparation and preservation of plans and section;
Lecture-27 Plans and Sections: Enlargement of plans; Use of ediograph,
Lecture-28 Plans and Sections: Use of pantograph and planimeter.
Lecture-29 Errors: Sources, classification, propagation and growth;
Lecture-30 Errors: Treatment of non-systematic errors by the method of least squares;
Lecture-31 Errors: Probable errors; Most probable value; Probable error and weight;
Lecture-32 Errors: Limits of errors in drift surveys.
UNIT-IV
Lecture-33 Photogrammetry and Aerial Surveying: General
Lecture-34 Terrestrial photogrammetry;
Lecture-35 Photo-theodolite & its construction
Lecture-36 Method of field work and plotting from horizontal photographs with determination of elevations
Lecture-37 Elementary perspective as applied to aerial photographic surveying
Lecture-38 Field Astronomy: Important definitions
Lecture-39 Determination of Azimuth by observation of star
Lecture-40 Application of laser in surveying
Lecture-41 Electronic distance measuring equipment
Lecture-42 Use and application of GPS & Total station
Subject Code & Title: ROCK MECHANICS – I
Name of Teacher: Dr. S.C. JAIN
Credit Hours: 4(3+1)
UNIT-I
Lecture-1 Status of Rock Mechanics
Lecture-2 Role and status of rock mechanics in mining engineering
Lecture-3 Definitions & terms used in Rock Mechanics
Lecture-4 Stresses in two and three dimensions
Lecture-5 Stress tensors
Lecture-6 Principal stresses
Lecture-7 Stress invariants
Lecture-8 Displacements and strains
Lecture-9 Stress- Strain relations
Lecture-10 Equilibrium and compatibility equations
UNIT-II
Lecture-11 Geological Investigation of Rock mass
Lecture-12 Classification, identification and survey of joints
Lecture-13 Basic geological description of rock mass; Graphical representation of joint systems
Lecture-14 Geophysical investigation of rock mass
Lecture-15 Rock mass classification- RQD, RSR, RMR, Q-system
Lecture-16 Rock Indices: Specific gravity, hardness, porosity, moisture content
Lecture-17 permeability, swell index, slake durability, thermal conductivity
Lecture-18 point load strength index
Lecture-19 protodyakonov strength index
Lecture-20 impact strength index
UNIT-III
Lecture-21 Mechanical Properties of Rocks
Lecture-22 Compressive, tensile and shear strengths
Lecture-23 Modulus of elasticity; Poisson’s ratio and tri-axial strength
Lecture-24 Modulus of elasticity; Poisson’s ratio and tri-axial strength
Lecture-25 Field and laboratory determination
Lecture-26 Field and laboratory determination
Lecture-27 Determination of in-situ strength and in situ stresses – methods and instrumentation
Lecture-28 Determination of in-situ strength and in situ stresses – methods and instrumentation
Lecture-29 Determination of in-situ strength and in situ stresses – methods and instrumentation
Lecture-30 Determination of in-situ strength and in situ stresses – methods and instrumentation
UNIT-IV
Lecture-31 Theories of rock failure
Lecture-32 Theories of rock failure.
Lecture-33 Elastic and time dependent properties of rocks
Lecture-34 Elastic and time dependent properties of rocks
Lecture-35 Dynamic properties
Lecture-36 Post-failure phenomenon
Lecture-37 Soil Mechanics: Classification of soils
Lecture-38 Strength, consolidation and seepage of soils
Lecture-39 Stability of waste dumps
Lecture-40 Stability of waste dumps
Lecture-41 factors affecting, monitoring and control measures
Lecture-42 factors affecting, monitoring and control measures
Subject Code & Title: Mi 411 Mine Legislation and Safety
Name of Teacher: Dr. S.S. Rathore
Credit Hours: 3(3+0)
UNIT-I
Lecture-1 General Principles of Mining Laws
Lecture-2 Post Independence trend of changes
Lecture-3 Principal provisions of Mines and Minerals (Development and Regulation ) Act
Lecture-4 Principal provisions of Mines and Minerals (Development and Regulation ) Act
Lecture-5 Principal provisions of Mines and Minerals (Development and Regulation ) Act
Lecture-6 Principal provisions of Mines and Minerals (Development and Regulation ) Act
Lecture-7 Principal provisions of Mines and Minerals (Development and Regulation ) Act
Lecture-8 Principal provisions of Mines and Minerals (Development and Regulation ) Act
Lecture-9 Mineral Concession and Development Rules
Lecture-10 Mineral Concession and Development Rules
Lecture-11 Mineral Concession and Development Rules
UNIT-II
Lecture-12 Mines Act 1952 with upto date amendments
Lecture-13 Mines Act 1952 with upto date amendments
Lecture-14 Mines Rules 1955 with upto date amendments
Lecture-15 Mines Rules 1955 with upto date amendments
Lecture-16 Coal Mines Regulation 1957 with upto date amendments
Lecture-17 Coal Mines Regulation 1957 with upto date amendments
Lecture-18 Coal Mines Regulation 1957 with upto date amendments
Lecture-19 Metalliferous Mines Regulations 1961 with upto date amendments
Lecture-20 Metalliferous Mines Regulations 1961 with upto date amendments
Lecture-21 Metalliferous Mines Regulations 1961 with upto date amendments
UNIT-III
Lecture-22 Principal provisions of rescue rules
Lecture-23 pit head and bath rules
Lecture-24 creche rules , mine vocational training rules
Lecture-25 explosive rules(related to mines); Electricity rules applicable to mines and oil fields
Lecture-26 Principal provisions of industrial dispute act
Lecture-27 workmen's compensation act
Lecture-28 trade union act, payment of wages act and minimum wages act
Lecture-29 trade union act, payment of wages act and minimum wages act
Lecture-30 Important technical circulars issued by DGMS
Lecture-31 Important technical circulars issued by DGMS
Lecture-32 Important technical circulars issued by DGMS
UNIT-IV
Lecture-33 Accident, Health and Safety
Lecture-34 Accident, Health and Safety
Lecture-35 Classification of accidents- statistics causes and prevention of accidents
Lecture-36 Classification of accidents- statistics causes and prevention of accidents
Lecture-37 Costs of accidents
Lecture-38 Major accidents enquiry reports
Lecture-39 Health of workmen Comfort conditions
Lecture-40 Occupational diseases-their causes, nature and prevention
Lecture-41 Occupational diseases-their causes, nature and prevention
Lecture-42 Rescue rules; Legal requirements.
Subject Code & Title: Mi 412 MINE MANAGEMENT & CONTROL
Name of Teacher: Er Harish Vyas
Credit Hours: 3(3+0)
UNIT-I
Lecture-1 General introduction to subject
Lecture-2 Principles of Scientific Management Organization,
Lecture-3 Principles of Scientific Management Organization: rationalization
Lecture-4 Principles of Scientific Management Organization: efficiency, engineering standardization
Lecture-5 Forms of Business Organization: Private and public enterprises with reference to mining of minerals
Lecture-6 Basic Principles of Trade unionism
Lecture-7 Trade union activities w.r.t. mining in India
Lecture-8 Major trade union bodies
Lecture-9 Disputes: Types of disputes between contractors and owners,
Lecture-10 Disputes: between workers and owners;
Lecture-11 Methods of avoiding and resolving disputes
UNIT-II
Lecture-12 Network Analysis
Lecture-13 Network Analysis: CPM
Lecture-14 Network Analysis: PERT
Lecture-15 Network Analysis: CPM and PERT
Lecture-16 Network Analysis: Work scheduling
Lecture-17 Network Analysis: Work scheduling
Lecture-18 Work Study: Time and motion study
Lecture-19 Work Study: Methods of improving productivity, Improving productivity
Lecture-20 Work Study: Improving working environment
Lecture-21 Work Study: welfare measures, incentives and penalties
UNIT-III
Lecture-22 Inventory
Lecture-23 Systems of inventory control
Lecture-24 Methods of minimizing inventory
Lecture-25 Purchasing and Tendering
Lecture-26 Purchase procedures in public sector
Lecture-27 Preparation of tender documents
Lecture-28 Tender completion formalities;
Lecture-29 Consideration of bids and finalization of purchase order.
Lecture-30 Project Monitoring
Lecture-31 Project Monitoring: Monitoring techniques
Lecture-32 Management Information Systems (MIS)
UNIT-IV
Lecture-33 Introduction to system analysis
Lecture-34 Production function and marginal analysis
Lecture-35 System planning and decision making process
Lecture-36 Foundations of systems analysis
Lecture-37 sub-systems planning
Lecture-38 mining system and sub- Systems
Lecture-39 Perspective planning for a mineral community
Lecture-40 Salvaging and transfer of equipment
Lecture-41 Reallocation of manpower
Lecture-42 Sealing off of an u/g mine
Subject Code & Title: Mi-413 MINING MACHINERY - III
Name of Teacher: Dr. A. Bhatnagar
Credit Hours: 4(3+1)
UNIT-I
Lecture-1 Introduction of subject
Lecture-2 Pumps and Pumping: Principal types
Lecture-3 Pumps and Pumping: Principal types
Lecture-4 Pumps and Pumping: construction, operation and characteristics
Lecture-5 Pumps and Pumping: construction, operation and characteristics
Lecture-6 Pumps and Pumping: Calculation of size and efficiency; Installation, operation care and maintenance
Lecture-7 Pumps and Pumping: Calculation of size and efficiency; Installation, operation care and maintenance
Lecture-8 Pumps and Pumping: Frictional resistance; Installation in shafts and roadways
Lecture-9 Pumps and Pumping: Damage due to corrosion and abrasion, and precaution
Lecture-10 Pumps and Pumping: Cleaning and replacement of pipes; location and design of mine sumps.
UNIT-II
Lecture-11 Introduction of Mineral handling
Lecture-12 Mineral Handling: Layouts of pit-top and pit-bottom
Lecture-13 Mineral Handling: Layouts of pit-top and pit-bottom
Lecture-14 Mineral Handling: Layouts of pit-top and pit-bottom
Lecture-15 Mineral Handling: Details of banking
Lecture-16 Mineral Handling: Mineral handling and screening equipment
Lecture-17 Mineral Handling: Creepers
Lecture-18 Mineral Handling: Tipplers
Lecture-19 Mineral Handling: Storage bunker
Lecture-20 Mineral Handling: Pit bottom installations and circuit with cage and skip systems.
Lecture-21 Mineral Handling: Pit bottom installations and circuit with cage and skip systems.
UNIT-III
Lecture-22 Maintenance: Preventative and predictive maintenance;
Lecture-23 Maintenance: Preventative and predictive maintenance;
Lecture-24 Maintenance: Preventative and predictive maintenance; Condition monitoring; Workshops
Lecture-25 Maintenance: Preventative and predictive maintenance; Condition monitoring; Workshops
Lecture-26 Maintenance: Preventative and predictive maintenance; Condition monitoring; Workshops
Lecture-27 Automation and remote control of mining equipment
Lecture-28 Automation and remote control of mining equipment
Lecture-29 Automation and remote control of mining equipment
Lecture-30 Signaling: Safety regulations and different signaling systems in mines.
Lecture-31 Signaling: Safety regulations and different signaling systems in mines.
UNIT-IV
Lecture-32 Introduction of Mine Illumination system
Lecture-33 Introduction of Mine Illumination system
Lecture-34 Mine Illumination system: Flame safety lamps and electric lamps
Lecture-35 Mine Illumination system: Flame safety lamps and electric lamps
Lecture-36 Mine Illumination system: Flame safety lamps and electric lamps, Construction, examination, testing
and maintenance
Lecture-37 Mine Illumination system: Flame safety lamps and electric lamps, Construction, examination, testing
and maintenance
Lecture-38 Mine Illumination system: Underground lighting from mains
Lecture-39 Mine Illumination system: Underground lighting from mains
Lecture-40 Mine Illumination system: Illumination survey; Conventional and photographic methods.
Lecture-41 Mine Illumination system: Illumination survey; Conventional and photographic methods.
Lecture-42 Mine Illumination system: Illumination survey; Conventional and photographic methods.
Subject Code & Title: Mi 414 MINERAL PROCESSING
Name of Teacher: Dr. A. Bhatnagar
Credit Hours: 4(3+1)
UNIT-I
Lecture-1 Introduction of subject
Lecture-2 Scope, object and limitations of Mineral Dressing;
Lecture-3 Scope, object and limitations of Mineral Dressing;
Lecture-4 Scope, object and limitations of Mineral Dressing; Role of microscopic study
Lecture-5 Communition and Liberation: Theory and practice of crushing
Lecture-6 Communition and Liberation: Theory and practice of crushing: Conventional units used-their fields
of application
Lecture-7 Communition and Liberation: Theory and practice of grinding; Conventional units used-their fields
of application
Lecture-8 Communition and Liberation: Theory and practice of grinding; Conventional units used-their fields
of application and limitation
Lecture-9 Sizing and Classification: Laws of setting of solids in fluid; Laboratory methods of sizing and
interpretation of sizing data; Industrial sizing by screens;
Lecture-10 Sizing and Classification: Types of classifiers; Classification as means of sizing by screens
UNIT-II
Lecture-11 Introduction of Gravity concentration Methods
Lecture-12 Gravity concentration Methods- Jigging, Theory, applications and limitations of method
Lecture-13 Gravity concentration Methods- Flowing film concentration like spirals and shaking table
applications and limitations of each method
Lecture-14 Gravity concentration Methods-, Heavy Media separation, applications and limitations of method
Lecture-15 Introductory Froth Flotation - Introduction
Lecture-16 Introductory Froth Flotation - Introduction
Lecture-17 Froth Flotation: physico-chemical, principles underlying flotation
Lecture-18 Froth Flotation: physico-chemical, reagents
Lecture-19 Froth Flotation: flotation machines
Lecture-20 Froth Flotation: Flotation of sulphides, oxides and non-metals.
UNIT-III
Lecture-21 Electrical Methods of Concentration: Electrostatic and magnetic methods, their principles of
operation
Lecture-22 Electrical Methods of Concentration: Electrostatic and magnetic methods, their principles of
operation
Lecture-23 Electrical Methods of Concentration: fields of application and limitations
Lecture-24 Introduction of Dewatering and drying:
Lecture-25 Dewatering and drying: Thickening, types
Lecture-26 Dewatering and drying: filtration, types
Lecture-27 Dewatering and drying: filtration, types
Lecture-28 Dewatering and drying: filtration, types
Lecture-29 Dewatering and drying: drying, types
Lecture-30 Coal washing: coal washability, crushing, sizing and cleaning of coal
Lecture-31 Coal washing: coal washability, crushing, sizing and cleaning of coal
UNIT-IV
Lecture-32 Introduction of Sampling
Lecture-33 Sampling: Importance
Lecture-34 Sampling: methods used in ore-dressing
Lecture-35 Sampling: methods used in ore-dressing
Lecture-36 Simplified Flow Sheets: Beneficiation of coal.
Lecture-37 Simplified Flow Sheets: Beneficiation of copper with reference to Indian deposits.
Lecture-38 Simplified Flow Sheets: Beneficiation of lead, zinc with reference to Indian deposits
Lecture-39 Simplified Flow Sheets: Beneficiation of lead, zinc with reference to Indian deposits
Lecture-40 Simplified Flow Sheets: Beneficiation of Iron with reference to Indian deposits
Lecture-41 Simplified Flow Sheets: Beneficiation of manganese with reference to Indian deposits
Lecture-42 Simplified Flow Sheets: Beneficiation of Rock Phosphate with reference to Indian deposits
Subject Code & Title: MI 415 Environmental management in surface mines
Name of Teacher: Dr G.S.Bhardwaj and Prof. S.S.Rathore
Credit Hours: 4(3+1)
LECTURE
TOPIC TO BE COVERED
UNIT-I
1. Introduction to man and mine environment
2. Changes of social environment caused by mining
3. Socio-economic factors of environmental management
4. Occupational health hazards due to mine dust, poor lighting and poor
ventilation
5. Occupational health hazard due to noise and vibration
6. Health hazards due to trace elements and radioactive emissions
7. Surface subsidence and its impact
UNIT-II
8. Air pollution in mines, its sources and its ill effects
9. Air pollution measurement and monitoring
10. Air pollution standards
11. Air pollution preventive and mitigate measures
12. Water pollution in mines, its sources and its ill effects
13. Water pollution measurement and monitoring
14. Water pollution standards
15. Water pollution preventive and mitigate measures
16. Causes and classification of joints
17. Dust formation and its dangers in mines
18. Dust prevention and suppression techniques in mines
19. Dust sampling apparatus, construction and its applications
20. Introduction of noise and sources in mines
21. Noise ill effects, measurement and monitoring in mines
22. Noise standards
23. Vibration sources in mines and ill effects
24. Vibration measurement and monitoring in mines
25. Vibration preventative and mitigative measures in mines
UNIT-III
26. Acid mine drainage, its sources and mechanism of fromation
27. Acid mine drainage, its ill effects , preventive and mitigative measures
28. Land reclamation in mines
29. Mine Land reclamation by re-vegetation
30. Mine Land restoration methodologies
31. Plant species selection for mine land reclamation
32. Land reclamation case studies of coal and metalliferous mine
33. Land reclamation of mine dumps
UNIT-IV
34. Environmental management in mines
35. Environmental Impact Assessment EIA
36. Environmental Management Plan EMP
37. Mine closure plan
38. Introduction to environmental laws and acts
39. Main provisions of environmental protection act 1986
40. Forest conservation Act 1980
41. Forest conservation Rules 1981
42. Environmental laws and acts, its compliances in mining