Advanced ETABS Workshop
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Advanced ETABS Workshop Course
Introduction:
ETAP customizes its courses to cater specifically to your requirements. Our electrical engineering software classes are categorized based on skill level, duration, and subject matter, ensuring flexibility to fit your schedule. You have the opportunity to explore various topics such as power system automation, in-depth training on our short circuit software and arc flash software, as well as general overviews of our electrical software. Discover a course that aligns with your needs and participate in expanding your knowledge of our power engineering software.
Course Objectives:
- ETABS Is A Computer-Aided Analysis And Design Software Used To Solve The Multi-Storeyed Structures Indeterminacy In Few Seconds By Dividing The Entire Structure Into Objects With Most Accuracy, Various Types Of Structures Such As Concrete, etc., Can Solve Most Economical Way Of Designing Can Achieve By Using CSI ETABS
- The Course Content Helps You To Design A Ground + 30 Storied Building With A Varied Types Of Elements Such As Flat Slabs, Raft Slabs, Shear Wall, Design Independently With Full Concept Oriented Programs Will Guide You Check The Structural Output Will Manual Design Checks.
Who Should Attend?
This Course Is Intended For Anyone Who Must Perform Calculations, Provide Settings Or Approve The Work Performed By Others. The Trainee Should Be A Graduate Engineer Or Have The Equivalent Practical Work Experience In Electrical Power Systems. I.E.
- Consulting Engineers.
- Electrical Engineers.
- Project Engineers.
- Maintenance Engineers.
- Commissioning & testing Engineers
Course Outlines:
Modeling
- Introduction
- Objective
- File operation
- ETABS window / floor information
- Creating basic grid systems
- Creating structural model
- Defining stored data
- Add structural objects using templates/manually
- Drawing of point, line and area objects
- Reference lines and planes
- View, Selection & Options
- View Management
- Object Selection
- Options and preferences
- Assign model properties for beams/ columns/slabs /shear wall/ flat slab & raft slabs.
- Load case
Define static load case assignment
- Point object assignments
- Line object assignments
- Area object assignments
- seismic loads
- wind loads
- Self-weight multiplier
- Modify an existing static load case
- Delete existing static load case
- Load combination
Analysis of the model
- Model analysis with various combination for both Gravity/ Horizontal loads
- Analysis options
- Analysis log
- Locking and unlocking the model
Results & Graphical Output (analysis output)
- Study of Bending, shear & torsion for Beam members
- Study of Axial load & Biaxial moments for Column members
- Study of Deformation of nodes and deflection of various structural members.
- Check for the overall stability of the structure.
Editing
- Cut, copy and paste
- Replicate
- Frame and area meshing
- Point and line extrusion
Text Input and File Export/Import
- Text input file
- Export options
- Import options
Design
- Assigning design parameters as per I.S 456
- Study of Design summary results in terms of percentage of reinforcement.
- Study of detail results for individual members
- Study of Design report for each structural component like (Footing, Column, and Beam /shear wall).
- For flat slab/ raft slab design export the data to CSI SAFE.
- Check for punching and bending for raft and flat slab using CSI SAFE.
- How to assign the data for various elements like (footings, columns, and beams) to the R.C.C detailer.
Preparation of Design Reports
- Details result in summary for
- Geometry
- Load cases & Combination
- Design summary for columns, beams.
- Reactions for footings