Mine Planning And Designing practical

Teacher

Abhimanyu Kumar Patel

Category

Core Courses

Course Attendees

Still no participant

Course Reviews

Still no reviews

Course Name :Mine Planning And Designing practical

Code(Credit) :CUTM1918(2-0-0)

Course Objectives

  • Creation and utilization of data base for various studies and applications of the same for planning and design of mining projects

Learning Outcomes

  • Students can simulate the geomining parameters for planning and design of open cast mines.
  • Underground mines including selection of required machinery and equipment.

Course Syllabus


1. Determination of stripping ratio.
2. Determination of Pit limits.
3. Calculations of powder factor of blasting in open cast & underground mining blasting.
4. Calculation of fleet size for shovel, dumper combination in open cast mine.
5. Estimation/calculation of production in underground mine using, LHD, SDL ,RH, CM, long
wall equipment.
6. Ventilation study & Calculation for bord &pillar and long wall panels in underground coal
mines.
7. Design of Pillars.
8. Subsidence Predictions.
9. Problems on network analysis for ventilation
10. Slope stability problems.
Reference Books
1 - Surface Mining Technology by T.N.Singh.
2 - Blasting Practices by S.K.Das
3 - Underground Coal Mining by R.D.Singh
4 - Fundamentals of Rock Mechanics by Deb and Ram

Session Plan

Session 1

PRACTICE:
Determination of stripping ratio.
WEB LINKS:

Session 2

PRACTICE:
Determination of Pit limits.
WEB LINKS:

Session 3

PRACTICE:
Calculations of powder factor of blasting in open cast & underground mining blasting.

Session 4

PRACTICE:
Calculation of fleet size for shovel, dumper combination in open cast mine.
WEB LINKS:

Session 5

PRACTICE:
Calculation of fleet size for shovel, dumper combination in open cast mine.
WEB LINKS:

Session 6

PRACTICE:
Estimation/calculation of production in underground mine using, LHD, SDL ,RH, CM, long
wall equipment
WEB LINKS:

Session 7

PRACTICE:
Estimation/calculation of production in underground mine using, LHD, SDL ,RH, CM, long
wall equipment

WEB LINKS:

Session 8

PRACTICE:
Estimation/calculation of production in underground mine using, LHD, SDL ,RH, CM, long
wall equipment
WEB LINKS:

Session 9

PRACTICE:
Estimation/calculation of production in underground mine using, LHD, SDL ,RH, CM, long
wall equipment
WEB LINKS:

Session 10

PRACTICE:
Estimation/calculation of production in underground mine using, LHD, SDL ,RH, CM, long
wall equipment
WEB LINKS:

Session 11

PRACTICE:
Ventilation study & Calculation for bord &pillar and long wall panels in underground coal
mines.

WEB LINKS:

Session 12

PRACTICE:
Ventilation study & Calculation for bord &pillar and long wall panels in underground coal
mines.
WEB LINKS:

Session 13

PRACTICE:
Ventilation study & Calculation for bord &pillar and long wall panels in underground coal
mines.
WEB LINKS:

Session 14

PRACTICE:
Design of Pillars.
WEB LINKS:

Session 15

PRACTICE:
Design of Pillars.
WEB LINKS:

Session 16

PRACTICE:
Subsidence Predictions.
WEB LINKS:

Session 17

PRACTICE:
Subsidence Predictions.
WEB LINKS:

Session 18

PRACTICE:
Problems on network analysis for ventilation.

WEB LINKS:

Session 19

LECTURE:
Problems on network analysis for ventilation.
WEB LINKS:

Session 20

LECTURE:
Slope stability problems.
WEB LINKS:

Session 21

LECTURE:
Slope stability problems.
WEB LINKS:

Our Main Teachers

Abhimanyu Kumar Patel

Lecturer
VIEW PROFILE