- The user will be able to create geometry, generate mesh, and define soil material models using the available tools for analysis
- Introduction 00:01:13
- Initial Settings 00:06:00
- Changing Work Plane 00:03:01
- Creating different geometries 00:55:10
- Geometric Operations: Extrude, Sweep, Translate, Revolve, Loft, Divide, Boolean 00:18:53
- Generating Mesh: Auto and Map mesh 00:16:37
- Elastic Material 00:03:27
- Mohr Coulomb 00:02:28
- Hardening Soil (small Strain stiffness) 00:03:31
- Modified cam clay 00:02:06
- Hoek Brown 00:02:35
- Force 00:07:18
- Moment 00:05:11
- Displacement and Rotation 00:02:52
- Pressure 00:08:08
- Load on Beam Element 00:04:18
- Probe 00:04:16
- Cutting Diagram 00:07:11
- Wizard 00:01:47
- Multi step iso surface 00:02:02
- Multi step graph 00:02:16
- Extract 00:01:38
- Report Generation 00:06:34
- Basic understanding of Finite Element Analysis
Understand how to use various tools for creating geometries.
Learn the step-by-step process of converting geometry into a mesh domain.
Get familiar with defining soil constitutive models using appropriate input data.
Learn how to apply different types of loads to structural elements.
Explore the tools available for checking analysis results like stresses and displacements.
After you Start the Lesson, from "My Courses" follow the Step below to obtain the Training License:
1) Complete Assessment Quiz Q & A
2) Task: Follow Tutorial & Upload .mcb File
3) Download Certificate
Click Here to Know More on Procedure for Certification
- 40 Courses
Dr. Praveen Huded is a geotechnical engineer with expertise in the analysis and design of pile foundations in liquefiable soils and seismic hazard assessment. At MIDAS, he is responsible for developing and validating numerical models, delivering customized simulation-based solutions to clients.
Write a public review