Etabs : From Zero to Hero : in Hindi / English

Master ETABS for structural design, exploring RCC designs and straight designs, and perform analysis and design of a 23-storey high-rise through beginner-friendly training.

Explore the Etabs user interface by navigating menus, toolbars, and the model explorer to create a new model, define properties, draw elements, and analyze and design steel or RCC structures.

Learn how grids organize columns and beams in etabs, with x, y, and z axes, plan and 3d views, and how to edit grids and set the default 3d view.

Model a two-span continuous beam in Etabs using matrix units and Indian code, set custom grids, apply 10 kN center load and 5 kN at 1 m, with roller supports.

Explore modeling a continuous beam in Etabs, run analysis, view deformation, and analyze shear force, bending moment, and reactions with zero weight assumptions.

Learn to model and analyze a truss in Etabs, configuring grid spacing with matrix units, setting hinge and roller supports, applying joint loads, and viewing axial forces, moments, and deformation.

Explore how to interpret the real building plan in Etabs, covering ground to terrace floors with staircase cutouts, balconies, elevations, and the grid system (A–D, 1–4) used to begin modeling.

Convert architectural drawings to an etabs model by defining grids, setting metric units, and applying Indian codes IS 800/802/007 and IS 456-2000, then set plan and master story data.

define material properties in Etabs by selecting region India, choosing concrete grade m20, and adding rebar and custom properties such as f500 and density 78.5.

Define frame section properties in Etabs to create beam and column designs with m20 concrete, specifying depth, width, and reinforcement. Define slab section properties and set top and bottom covers.

Model columns at ground floor grid intersections in ETABS, then create beams using line or quick-draw methods, and switch among plan, 3d, and elevation views as you click or drag.

Set plan view to the first floor, model columns and beams from ground to first floor, and build slabs with draw and floor methods, viewing results in 3d view.

learn to model ground, first, second floor and roof plans in ETABS from AutoCAD, replicate levels via story, copy in x direction or mirror, adjust 3D view, and manage slabs.

Learn to convert ETABS 3D line drawings into full 3D models by extruding frames, slabs, and cells, and apply these display settings across all views.

Plot a balcony on the first floor at 3 ft 6 in from the column center, draw the balcony slab, and replicate it to the second floor with Ctrl R.

Set the base level, select joints, and apply fixed supports to the balcony in Etabs, demonstrating restraints and verification in the 3d view.

Lower a ground-floor beam below plinth level in Etabs using site plan and elevation views, draw joints and beams, and assess shear forces to ensure structural safety.

Model a staircase in Etabs using reference points and planes, including plan views, landings, and waist slabs, with dimensions 3 ft 6 in and 2 ft 4 in.

Begin staircase modeling in Etabs by configuring elevation and plan views, plotting reference planes at precise distances, and marking reference points from the ground floor plan.

Learn to model staircase slabs in Etabs by defining a staircase slab with M20 material, setting inches units, and plotting ground to first floor landings using reference planes.

Model the staircase in Etabs by defining reference planes and slabs, copy a beam property to create a 9x9 beam with M20 concrete and reinforcement, then draw the beam-column.

Copy the staircase from the first floor to the second floor by selecting staircase properties and slab actions, using ctrl+r to replicate; verify in 3d view that beams copy.

Learn how to add secondary beams in the plan in Etabs, understand the difference between primary and secondary beams, and practice defining properties, drawing methods, and spacing for advanced modeling.

Learn how to model curved beams in Etabs by using arc three-point beams, set master story data to copies of ground floor, and replicate beams across floors.

Learn to draw beams in Etabs using multiple methods: three-point, curved, bezier, multi-linear, and spline, with controls for offsets, fixed lengths, angles, and parallel constraints.

Master drawing eccentric columns in Etabs using grid offsets and master story settings, exploring bottom left, bottom center, and middle center placements with 300 and 2000 offset values.

Learn how to create circular concrete columns in Etabs, defining a circular section with m20 concrete and 400 mm diameter, including reinforcement details and placement across stories.

Define load patterns, diaphragms, and mass source in etabs, applying self-weight, live, wall, parapet, floor finish, earthquake, and roof loads per code: live load 25% for <=3, 50% for >3.

Convert brick unit weight and wall geometry to per-meter loads, account for openings, and define and apply partition and parapet loads on ground, first, and second floor plans in ETABS.

Select slabs, apply uniform shell loads, and use display load to verify partition and parapet loads in the 3d view, then assign roof, ground, stairs, and floor finish loads.

Apply wall and slab loading in Etabs by calculating brick wall volume, density (19.2 kN/m^3), openings, and area, then assign uniform shell loads to panels across floors.

Master etabs from zero to hero with slab automation and auto age constraints. Match slabs and frames, set seismic analysis, and build a reliable finite element model.

Learn ETABS fundamentals by modeling 2d and 3d frames, including staircase and beams, and apply earthquake or wind loads to design economical structures.

Learn to apply lateral, wind, and seismic loads in ETABS, define load patterns, and set x and y direction intensities under Indian code 2016 guidelines.

Apply earthquake loads in etabs using the user coefficient method, define x and y load patterns, calculate base shear and distribute story shear across floors from an excel-mapped forces array.

Apply earthquake loads in Etabs using the Indian code 193 2016, or user-defined methods, by assigning joint forces in x and y directions across roof, first, second, and ground floors.

Learn how to apply earthquake and wind loads in etabs, following Indian code 875-2015, define load patterns, set diaphragms exposure, and assign wind and lever coefficients for shear walls.

Explain loading and load combinations in Etabs per the Indian standard, combining dead, live, wall, parapet, and impost loads with earthquake cases in different directions.

Learn to define and modify load combinations in Etabs per Indian standard code IS 456 2000, perform RCC frame design, run analysis, and read results with diaphragm, moments, and envelopes.

learn to set up etabs models using is 1893-2016 seismic loads, check and analyze the model, view deformed shapes and frame forces envelopes, and export reports to excel.

Explore Etabs building modeling, including load combinations, staircase modeling, and lateral and earthquake loads, and learn concrete frame design checks with code settings and member verification.

Set up Etabs concrete frame design, adjust column size to 300 by 300, apply rebar percentages (0.8%–6%), as per Indian standard code, run analysis, and review longitudinal reinforcement.

Explore ETABS design checks, fix failed columns by resizing and reassigning sections, update groups and properties, run checks, and export results to Excel per Indian standards.

Learn to determine minimum and maximum reinforcement in beams and columns per Indian standard code IS 456:2000, with guidance on rebar percentages and concrete frame design checks in Etabs.

This lecture explains PM ratio for concrete column design in Etabs, using major and minor forces, load combinations, and PM interaction graphs to assess overstress.

Evaluate the beam-column capacity ratio (BC ratio) per the Indian standard code, determine if the junction ratios pass or fail, and adjust column size and reinforcement through design checks.

Explains how to analyze etabs drift and drift ratio for a multi-story building under earthquake and wind loads by computing story displacements and drift.

Explore torsional irregularities in buildings, the center of mass versus center of rigidity, and how eccentricity induces torsion, with practical Etabs design checks.

Export etabs results to Excel by exporting current or all tables, including load case definitions, load patterns, and design data, then view structural output details.