Rocscience RS3 Training Course – Version 2025
Course Language: English
Date: 01 April 2026 – 15 May 2026
With this course, learn practical modelling and analysis with RS3 software from Rocscience.
This course covers basic and advanced concepts of scientific and industrial problems, as well as proposed methods for numerical analysis of geotechnical and mining.
The course instructor, with a background in industrial and academic projects, will teach you key and empirical tips for working effectively with RS3 software.
Content of Course:
Curriculum
- 9 Sections
- 0 Lessons
- 22 Hours
- 1. RS3 IntroductionWhat is the Finite Element Method? What is Rocscience? What is Rocscience RS3? Fields of Application System of Units General Description Toolbars Files and Extensions Terminology0
- 2. Quick Start TutorialProject Settings Entering Boundaries Geology and Geometry Meshing Field Stress Initial Conditions Excavate Tunnel Excavate Foundation Pour Concrete Foundation Loading Foundation0
- 3. Anchored Sheet Pile WallIntroduction Starting the Model Geology and Geometry Assigning the Materials Defining the Lining Composition Assigning the Lining Composition / Bolts Add Projected Loads Restraints Meshing Initial Conditions Computing Results Interpreting Results0
- 4. Piled Raft FoundationIntroduction Geology and Geometry Defining the Materials Creating Geometry Adding Supports Groundwater Conditions Adding Stress Loading Setting Boundary Conditions Meshing Computing Results Interpreting Results0
- 5. Open Pit Stability Analysis-SSRProject Settings Geology and Geometry 3D Geotechnical model Import geometry from Slide3 Adding a Joint Surface Assigning Materials Restraints Mesh Compute Acceptable Stability analysis factor Results FOS Calculation0
- 6. Open pit Stability AnalysisProject Settings 3D Geotechnical model Create geometry from Topography Adding faults and layers Assigning Materials Restraints Mesh Compute Acceptable Stability analysis factor Results FOS Calculation0
- 7. Tunnel Design – SEM(NATM)Introduction Define boreholes Geometry with boreholes Tunnel Designer pane Tunnel Design Sequence Restraints Mesh Compute Results Support system Structure diagram capacity0
- 8. Tunnel Design – CircularIntroduction Geometry with boreholes Tunnel Designer pane Tunnel Design Restraints Mesh Compute Results Support system Structure diagram capacity0
- 9. Underground MiningIntroduction Geology and Geometry Import Examine3D File Defining External Box Defining Material Properties Divide All Geometry Adding Stress Loading Setting Boundary Conditions Meshing Computing Results Interpreting Results Cut and fill mining Room and pillar mining0
Instructor
Khezer Mohammadamini, a master’s degree in rock mechanics engineering with more than 10 years of experience in site investigation, project design and management, and 10 years of teaching geotechnical engineering and rock mechanics.
Leave a Reply