It is a part of quantitative decision making techniques, Optimization techniques and probabilistic approach. This course is basically designed to give a substantial understanding of the network analysis for mining/mineral and allied engineers or students. The course will start with the basics....
It is a part of quantitative decision making techniques, Optimization techniques and probabilistic approach. This course is basically designed to give a substantial understanding of the network analysis for mining/mineral and allied engineers or students. The course will start with the basics....
Lecture 01 : Introduction to Network Analysis
27mLecture 02 : Introduction to network and some terminology
29mLecture 03 : Construction of network
32mLecture 04 : Introduction to activity on node diagram and comparison with arrow diagram
28mLecture 05 : Rules of dummy job,redundancy & cycles
35mLecture 06 : Critical path and its calculation
30mLecture 07 : Algorithm for critical path early start and early finish times
27mLecture 08 : Late start and late finish times algorithm
26mLecture 09 : Understanding the slack
28mLecture 10 : Examples of slacks and calculation of AON network
31mLecture 11 : Project due dates and earliest completion time examples
28mLecture 12 : CPM model and cost modelling
33mLecture 13 : Lowest cost schedule and optimum schedule
30mLecture 14 : Crashing and stretching of jobs
29mLecture 15 : Crashing and stretching of jobs (Contd.)
30mLecture 16 : Introduction to PERT
30mLecture 17 : Expected length of critical path calculation with examples
29mLecture 18 : Probability of completion of a project
31mLecture 19 : Event oriented project management
33mLecture 20 : Algorithm and computer program
33m