Crash Course on ETABS: No Experience Required

Explore the ETABS user interface, including the menu bar, toolbars, and view options, and learn to start or open models, assign loads, and analyze shear and axial forces and responses.

Open a new model in ETABS by selecting file, new model, choose codes and templates, then work with grid, plan view, and 3D view across explorer and model explorer views.

Define grids in ETABS by configuring x, y, and g planes and editing the grid system. Place grids for a 6 m span beam with a midspan 20 kN load.

Learn to model a beam in ETABS by defining groups and sections, drawing beams, assigning supports (fixed, hinge, roller), applying a dead load, and interpreting displacement and reaction values.

Learn a beam modeling method in ETABS by drawing from the base (first floor option), selecting the beam, and using left and right clicks to place and exit the command.

In this ETABS course, draw a beam, assign supports at chosen points with joint restraints, apply them, and verify the results in the window and by rotating the view.

Apply a downward gravity load to a beam in etabs by choosing absolute or relative distance, with a six-meter span and midspan placement at three meters.

Analyze a beam in etabs using load patterns and zero self weight, generate shear force and moment diagrams, run the analysis, and review the deformed and animated response.

Generate SFD and BMD for a simply supported beam in ETABS, using display options to view forces and identify major and minor shear, moments, and deflection.

Model a simple two-story structure in ETABS, set grids at origin with 5 m and 6 m in x and y, specify beam and column sizes and slab thickness.

Define and modify grid systems in ETABS by editing story data, setting base and story elevations, and adding grids at zero and six meters to form the plan.

Define materials in ETABS by adding a new concrete, selecting India as the region, and setting the grade to m20. Add the rebar with sd 500 and review material values.

Define frame sections in ETABS by creating beam and column properties, setting concrete rectangular sections, reinforcement details, and slab properties to model frame and slab behavior.

Model the structure in ETABS by drawing four corner columns, then beams and slab, ensuring correct column and beam properties, and copy the floor to the upper story.

Define load patterns by setting dead load, live load, partition load, floor finish, and roof load; ETABS auto-calculates self-weight and applies them across all stories after selecting a design code.

Apply wall, slab, and parapet loads in ETABS, calculating unit weight, thickness, and height, while adjusting for openings and roof gravity loads.

Select the base joints, apply restraints to convert the base support to a fixed support in ETABS, and click apply to finalize the fixed support.

Define the mass source in ETABS by editing masters, setting specified load patterns, and applying dead and live load multipliers to compute the building's total mass.

Mesh the slabs into smaller elements, typically 10 by 10, to ensure load transfer to beams and columns; select slabs, assign mesh, and define floor diaphragm.

Define load combinations for concrete frame design in ETABS by applying dead load, live load, and earthquake load in linear add, and customize or convert combinations.

Run and analyze the ETABS model, check for overlaps and warnings, then view the deformed shape under a load combination and inspect element counts.

In ETABS, access concrete frame design, select design combinations, and start design to obtain reinforcement requirements. Review the elevation window to read beam reinforcement areas and convert them into rivers.

Learn how to check a structure for failure in ETABS, identify failed concrete beams, and resize members to satisfy shear and torsion limits.

Redesign failed frame members in ETABS by creating larger beams, assigning properties, and reviewing deformation, shear and moment diagrams, then complete design and verify all members pass.

Learn to model, analyze, and design a residential building in ETABS using a real-world example with drawings, plans, sections, and elevations.