- Slopes FOS Calculation Methods
- Numerical Simulation of Slope Stability
- Slopes Reinforcement using Soil nails & Geogrids
- Interpretation of Results from Slopes Safety Analysis
- Overview & Calculation Method 00:02:15
- Limit Equilibrium Method 00:05:14
- LEM Slope Stability - Overview 00:01:07
- LEM Slope Stability - Unreinforced Slope Design 00:18:55
- LEM Slope Stability - Slope Stabilisation Reinforced Slope 00:21:07
- LEM Slope Stability - Unreinforced & Reinforced Slope Result Comparison 00:00:47
- FEM (SRM) Slope Stability - Overview 00:01:12
- FEM (SRM) Slope Stability - Theory SRM Background 00:04:25
- FEM (SRM) Slope Stability - Existing Unreinforced Slope 00:18:51
- FEM (SRM) Slope Stability - Slope Stabilisation Reinforced Slope 00:14:53
- FEM (SRM) Slope Stability - Unreinforced & Reinforced Slope Result Comparison 00:00:47
- Slope Stabilisation using Geogrid - Overview & Geogrid Theory 00:00:50
- Slope Stabilisation using Geogrid - Geogrid Theory 00:01:39
- Slope Stabilisation using Geogrid - Geogrid Reinforced Slope Design 00:18:15
- Slope Stabilisation using Geogrid - Unreinforced & Reinforced Slope Result Comparison 00:00:56
- Seepage Induced Slope Stability - Overview 00:01:06
- Seepage Induced Slope Stability - Seepage Theory 00:05:08
- Seepage Induced Slope Stability - Analysis Methodology 00:00:56
- Seepage Induced Slope Stability - Rainfall Induced Slope Stability Analysis 00:36:21
- 3D Slope Stability - Overview 00:00:38
- 3D Slope Stability - Reinforced Slope Design 00:32:00
- 3D Slope Landslide Analysis - Overview 00:01:00
- 3D Slope Landslide Analysis - Rainfall Induced Landslides 00:01:17
- 3D Slope Landslide Analysis - Fully Coupled Analysis 00:01:53
- 3D Slope Landslide Analysis - Introduction To Ground Topography Modelling 00:02:32
- 3D Slope Landslide Analysis - Landslide Analysis of a Hilly Terrain 00:44:51
- Assessment - Q&A 00:00:00
- Certification Task Guidelines
- Problem Statement Slope Course Assignment
- Course Feedback Survey 00:00:00
- Basic concepts of civil engineering.
- Beginner knowledge of soil mechanics and seepage.
- Beginner knowledge of computational methods.
This tailor-made course caters to
the range from students to professionals, where the main intended outcome is to
ensure that the participants get the understanding of tackling slope stability
analysis through computational methods thus increasing productivity and
enhancing their problem solving skills.
After you Start the Lesson, from "My Courses" follow the Step below to obtain the Training License:
1) Task: Follow Tutorial & Upload .gts File ( If more than one tutorial, zip & upload).
2) Download Certificate within 5 working days after task submission.
- 24 Courses
Faculty:
Hi, ourselves Tadavarthi Sree Harsha, Geotechnical Engineer (IIT Roorkee) and Chinmoy Pattanaik, Mining & Geotechnical Engineer (Luleå University, Sweden), associated with Midas R & D Centre. We have curated this course to showcase the easy modelling techniques for the complex geotechnical problems.
Tutor:
Hi, I am Pragati Saxena, Geotechnical Engineer (IIT-ISM, Dhanbad), associated with Midas R & D Centre. I am the course tutor.
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