ETABS

Design and Structural Analysis Using ETABS

3h 52m24 lectures2 sections

What you'll learn

  • Understand ETABS fundamentals
  • Learn to define materials and structural elements
  • Perform structural analysis for seismic loads
  • Present and analyze design results and reports
  • Import files from other programs like AutoCAD
  • Apply design and analysis efficiently

About this course

ETABS is a product of CSI used for 3D design of concrete buildings, aiding in the analysis and understanding of structural design according to global codes. The program focuses on studying the effects of lateral loads such as wind and seismic forces, in addition to gravity loads like dead loads from concrete and tiles, and live loads from people and furniture. It enables engineers to analyze the impact of these loads on buildings and design the structural dimensions of vertical elements like columns, shear walls, and basements, while determining the required steel quantities and ensuring their adequacy. It also assists in checking the displacements of buildings due to loads and ensuring compliance with global codes. In this course, you will learn step-by-step how to use ETABS from beginner to expert level to design buildings efficiently and accurately.

Expected outcomes

  • Ability to prepare and analyze construction projects using ETABS.
  • Understanding how to define and analyze different loads on structures.
  • Mastering the use of the program's tools for structural analysis and design.
  • Preparing professional reports for analysis and design results.
  • Handling attachments and related projects to apply acquired skills.

Course content

1

Design and Structural Analysis Using ETABS

20 lectures
  1. Introduction4:01
  2. Program interface (part 1)7:53
  3. Program interface (part 2)11:48
  4. ETABS fundamentals (part 1)9:16
  5. ETABS fundamentals (part 2)17:07
  6. Define materials8:58
  7. Define beams19:38
  8. Define columns7:55
  9. Define walls and slabs11:26
  10. Define loads13:28
  11. Seismic load (part 1)11:59
  12. Seismic load (part 2)11:51
  13. Wind load12:24
  14. Mesh and Run4:45
  15. Showing analysis results8:52
  16. Tables12:14
  17. Drift and Model check13:11
  18. Design and Report8:41
  19. Import DXF (Part 1)17:10
  20. Import DXF (Part 2)20:11
2

Add-ons

4 attachments
  1. Download Wind Load File
  2. Download CCM-CR File
  3. Download ETABS Models
  4. Download CAD Project

Instructor

Dr. Mohamed Ashri

Dr. Mohamed Ashri

PhD in structural engineering with extensive experience in design and estimation, currently teaching various structural programs and 3D design.
5,141 students1 courses

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