Etabs Professional :- Advance Steel Course

Configure initial settings in ETABS, select building model and US database, choose EIC and ACI codes, start from a blank file, and prepare for joint creation.

Add material in Etabs, selecting Esta 886 grade 36, apply it to a circular hollow section for trusses, and define a pipe section with diameter 200 and thickness 5.

Assign the defined section to all members, adjust display and rotation to preview the section, then apply a pinned joint restraint to joints.

Define a load pattern in Etabs by opening the load pattern menu, adding a new pattern, and assigning dead and live loads in the correct direction.

select all top joints, assign the joint load and post it, change the load pattern to livelihood in the global direction, use a negative value to apply gravity.

Define load combinations in Etabs by opening the define menu, selecting or creating a combination, editing its name, and confirming with ok.

Learn to check the Etabs model for issues, configure analysis preferences, run the analysis, and inspect deformed shapes, large displacement, and fundamental modes via animation.

Design the truss by running analysis, configuring device preferences, and using steel frame design in etabs; optimize member sizes, check utilization factors, and verify all members pass.

Explore the member forces diagram in Etabs professional advance steel course. Display axial forces and moments, read exact values, and toggle the diagram for design checks.

Learn how to inspect material lists, review materials in the model, and iteratively optimize member sections—adjusting properties, reanalyzing, and observing utilization reductions to save cost.

Begin the initial setup in Etabs professional advanced steel by creating a new project, selecting New Modern, and configuring the metric results section with the concrete design code.

Learn to create basic joints in Etabs by setting the base level, enabling snap and fine grid, drawing and aligning joints, and copying them to build multiple joints.

Learn advanced steel modeling in Etabs by creating joints and bracing, duplicating components with copy-paste, aligning coordinates, and using the SFP option to speed up base modeling while reducing mistakes.

Create the back support in the Etabs professional advance steel course by selecting joints, copying in the z direction by three meters, and dividing into three equal parts.

Learn how to create banner support joints in ETABS by selecting disjoint joints, copying and offsetting them in negative and positive directions, then applying changes.

Etabs professional: advance steel course by joining lines, aligning joints, replicating elements, and adding bracing to build a full structural model.

Define the material property in ETABS by adding a new material, changing the region from United States to India, and setting the Indian standard to successfully define the material.

Import section properties in etabs by opening section properties and importing new properties. Add multiple sections such as channel and steel angle, adjust material settings, and finalize each import.

Learn to assign section properties to selected members in Etabs, using angle sections and columns, by selecting, applying, and rotating to ensure proper property allocation.

Assign section properties to all members using Faymann, applying 102 and 210, then review the extruded view and apply display options for the beam.

Learn how to assign a pin support to a selected joint in Etabs professional via assign and update conjoint and restrain, then verify the pin direction.

Assign releases to vertical and horizontal members in Etabs professional advance steel course. Create a vertical members group, isolate objects, apply releases, then run analysis to check deflections.

Modify the load pattern by opening its settings and adjusting parameters. Set the response factor, seismic zone code, site, and time period, then apply and repeat for remaining patterns.

Define and model a slab by configuring slab properties, applying gravity settings, and drawing the area section to create the modeled slab.

Select a shell, assign a uniform load, set global parameters, and apply the load of 1.5 million to the shell.

Select the vertical members and open frame notes to apply loads on the frame. Set global loads with W.L. minus Y, then W.L. minus X, adjust magnitudes, and apply.

Learn to define load combinations in ETABS professional advanced steel. Select the design code, open define, choose combination, and optionally apply default steel frame design combos, then click OK.

Set analysis option in Etabs professional, learn to unlock a locked model, access analyze and advanced option settings, and adjust analysis parameters to tackle warnings or instability.

Analyze the model for warnings, run the analysis to detect instabilities, then diagnose and fix joints, releases, and display settings to achieve a warning-free, stable structure.

Run the analysis in Etabs, view deformed shapes, and use animation to inspect results and member behavior, including connections, in post-processing.

Run an analysis in Etabs, review member utilization factors, and apply design overrides to sections to ensure most members pass, using verify all members passed and overwrite tools.

Improve structure stability in Etabs by modeling bracing, selecting double angle sections, and updating section properties, then run analysis and design to verify member passes.

Set up initial Etabs settings by selecting the US unit system, aca 13 14 concrete design code, and configuring gridlines and story heights for the supporting structure.

Define and configure material properties in Etabs by opening metal properties, adding a new material, selecting the standard SDM 36, and clicking okay to apply.

Learn how to import U.S. properties and I sections in Etabs professional, including selecting multiple sections, setting the default material to 836, and importing the new properties.

Import the steel channel section in ETABS by opening section properties, selecting import properties, and choosing the desired channel; confirm ID, weight, and unit, then import with the 275 quantity.

Model the column by selecting stories, choosing the control column, and picking a section. Drag groups to form the column, extrude, then rotate 90 degrees for the desired orientation.

Compare MCF and SCF beam connections, showing how shear and moment transfer differ between the web and column, and why moment releases and capacity matter.

Model the outer periphery by defining base levels, selecting beam sections, and establishing continuous moment connections to transfer axial and moment forces from beams to columns.

Apply Etabs professional steps to import angle sections, set and adjust properties, apply snap projections, model beams and channel sections, add bracing, and convert joints from unsupported to supported.

Define a chequered plate in Etabs, set properties, name the plate, assign the defined material, and model joints and connections to complete the plate.

Create a superimposed load, assign a uniform live load to the plate, apply gravity to the silo, and place a center point load, then verify in the load pattern view.

Replicate a complex structural arrangement across sites by verifying releases and detecting overlaps with labeled regions. Apply controlled copying with fixed direction and span, then recheck the model for consistency.

model a beam in story 2 of etabs by selecting plan view and a section, applying continuous moment releases, and dividing the beam into three equal parts.

Learn to model a second story frame in Etabs by dividing beams, assigning channel sections, creating joints, and replicating layouts with six-meter spacing, including modeling the checkered plate.

Move selected joints by one meter and model beams between joints, assign a 457 section, ensure moment releases are open, and verify the outer periphery story 3 structure in ETABS.

Learn complete building modelling in Etabs, from extruding beams and dividing frames into three parts to selecting joints, assigning sections, and creating tertiary beams for finalizing the model.

Learn to apply various basic loads in etabs professional advance steel course by selecting beams, assigning shell and plane loads, applying distributed and uniform live loads across multiple stories.

define load patterns, add a load pattern, and set the type to systemic to create expected load cases in Etabs.

Define load combinations by adding designed combos, convert them for use, and rename or modify multiple combinations to keep the analysis table organized.

Assign supports to a building in Etabs professional advance steel by selecting joints, applying x, y, z restraints, and restraining rotation about the x and y axes.

Define diaphragms in Etabs professional, modify the first to a similar flexible material, create a second diaphragm, and assign D1 and D2 to each story; use display options and apply.

Execute the analysis in ETABS, view the deformed shapes and deflections under wind load, and compare results across load cases by using multiple animation windows.

Execute run analysis to design steel members in Etabs professional advanced steel course, select unrevised preferences, set design code AC 360-10:00, and review design progress and results.

Learn how to pass a failed section by defining a child channel section, assigning it to the affected members, and re-running analysis and design to achieve successful section capacity.

Run the analysis to inspect member forces, view forces in elevation, and read shear and bending moment diagrams to understand how a continuous beam behaves at joints and supports.

Learn to perform Etabs steel connection design by analyzing members, adjusting design preferences, and running a start design check to produce joint drawings and baseplate details.

Create a new model and apply built-in settings for the initial steel building. Set display units to microcar site, select the C14 database, adjust grid counts, and define story heights.

Learn to define materials in Etabs by adding a new material, selecting the region and steel type, applying the standard Iasi SDM in 1992, choosing the grid, and clicking ok.

Learn to import section properties in etabs professional by using import new properties, selecting the i.e. slash white plan section, and importing sections from w200 to 760 for later selection.

Define columns by using section properties and enable auto select to automatically assign column sections, then apply auto beams to save time.

Configure ETABS by designating a master story and linking other stories as similar, enabling synchronized changes and consistent updates across all story copies.

Learn to model columns in Etabs professional by using QuickDraw columns plan, auto column, and continuous settings; drag to regions, clone across stories, and rotate 90 degrees for correct orientation.

Model a beam in Etabs professional, creating shear connected and moment connected beams, adjust display options, and build a complete 3D frame with columns and continuous connections.

Define the composite beam by adding a new property, changing sections, and selecting a suitable section to name and configure the composite beam in ETABS.

Learn to model a secondary composite beam in Etabs by selecting the composite section, setting moment releases, and aligning the beam across stories for proper shear-connected behavior.

Define and model the deck section in ETABS pro, update section properties, assign composite beam design or ordinary steel design, and switch between composite and standard design as needed.

Learn to apply fixed support to a structure in Etabs by selecting bottom 3D joints, switching to the base level, and assigning restraints for translations and rotations.

Modify load patterns in etabs by selecting and adjusting the lateral load along the x axis for the shell object, then apply default settings and click okay.

Select the modeled deck section, assign a uniform load, and apply gravity and superimposed loads to the structure. Verify the applied loads in the Lortab tab across all deck sections.

Model cladding in ETABS by using auto draw cladding on floors, rotate to inspect, and ensure it transfers load to beams and columns with zero mass and no property assignments.

Apply the wind load to cladding by selecting elevation surfaces and using the assign menu to set wind load values. Adjust the local axis and set windward and leeward sides.

Define the load combination by clicking define, then combination; add the combos, including your own, and view the scale factors for the defined set.

Run the analysis in Etabs, check the model for warnings, and review displacement, shear force, and bending moment across elevations with animation.

Run analysis, then design steel members using the design tab, auto select properties, and iterate until all members pass verification.

Run the analysis, go to design, and start the composite beam design with a design check to verify that all members pass, and adjust reverse preferences if needed.

Explore detailing of a steel building in etabs, start detailing, view columns, beams, and materials lists, and export schedules and quantities.

Learn to perform steel building connection design in ETABS, adjust default settings, review beam-column junctions, and verify details by increasing base plate thickness and anchor bolt strength.

learn to create freehand joints by enabling the snap option, drawing joint objects at axis intersections, and copying positions to place multiple joints precisely.

Open material properties, add a new material, select region India with Indian standard, choose grid category three four five for higher electricity, and click ok to save.

define non-prismatic sections in ETABS by creating a new section property, naming it, and assigning it to a member, with depth varying from 200 to 750.

Master the division of a project into parts and assign non-prismatic frame sections, then extrude and visualize the non-prismatic beam with display options and a rendered view.

Add and modify section properties in Etabs by copying existing sections, renaming, and creating prismatic sections with depths of 750 and 900, then assign these properties to frame elements.

Define and assign column sections in Etabs professional advance steel course, creating side and middle columns with non prismatic and prismatic profiles and applying section properties.

Learn to model the other half in ETABS efficiently by replicating the first half, rotating 180 degrees, and applying a guided selection of mirrored members to complete the geometry quickly.

Replicate the complete frame arrangement by selecting all frames, defining a replication distance, and applying the copy in positive or negative directions. View the results in perspective view.

Import the frame by adding a channel section with EMC 300 material, then model the connecting frame from one point to another in extruded view using column braces.

Model the cable and the equivalent for the columns, and replicate joints at precise distances to complete the peb shed frame. Tackle snapping and division challenges during setup.

Define the rod section by adding a new property in the project, naming it, selecting the material, specifying dimensions, and confirming to apply the definition.

Learn to model roof bracing in Etabs professional advance steel course by selecting beam properties, applying connections, and building center and side bracing groups for a complete precinct model.

Learn to model the site and apply side bracing in Etabs, using display settings and review tools to assess the structure.

Learn to define load patterns in ETABS, review dead and live loads, add wind loads from all directions, and create new load cases per code.

Modify the seismic load pattern in Etabs by editing time, selection of excitation and lateral directions, and applying pattern changes across views to update the model.

Learn to define a response spectrum function in ETABS by adding a new function, naming it, selecting the function type, and setting key parameters such as the site soil type.

Define the mass source in ETABS by opening define, selecting my source, naming it, adding the load, adjusting its properties, and confirming the definition for the element.

Change the unit settings, then define the response spectrum load cases by adding new loads, setting acceleration values, and selecting the response spectrum function.

Define and manage load combinations in Etabs by navigating to the combinations menu, adding or converting, modifying names for clarity, and setting additive options.

Understand the basic loads, including center-span and cable loads, and learn to compute them by multiplying by spacing, then dividing by hundred and by two.

Apply dead load, live load, and collector load in Etabs by selecting members, applying, and distributing loads across center spans and frames.

Create and define groups in etabs, naming the middle span and left and right sides to organize your model, then assign objects to each group.

Apply wind load patterns w1, w2, and w3 in ETABS by selecting left, middle, and right spans, grouping members, and assigning gravity-directed distributed frame loads.

Create and manage column groups in the Etabs professional advance steel course by selecting columns, forming left, middle, and right groups, and applying loads to each group.

Select column sides, declare the group, and assign distributive frame loads in the global x direction to apply wind loads on left and right columns.

Modify the load pattern by navigating to load combinations, deleting negative load combinations, and verifying all remaining combinations to ensure no negative values, keeping the structure optimized.

Learn how to provide releases to selected members by using the sect view option, selecting the objects, assigning the releases, and clicking apply to confirm the changes.

Assign pinned support to the structure by selecting all bottom joints, opening the joint settings, choosing the pin connection, and applying it to the 47th joint to ensure proper support.

Define modal cases for response spectrum analysis by configuring modal definitions, selecting the correct options, and adding the desired case parameters to model the structure.

Explore design preferences in the Etabs professional advance steel course, including selecting design group for steel or concrete, setting the design code, framing type, gamma values, and load patterns.

Set up analysis and design settings in ETABS, adjust load and response factors for ordinary and special moments, verify story heights, and update lateral patterns before running analysis.

Complete the model setup and demonstrate running the analysis, naming the case. Show results via animation, adjust modes, and apply loads before the next design-focused lecture.

Design Etabs professional steel frame members, review analysis results, adjust sections, and inspect red and yellow statuses with graphical display and member details.

Unlock the model, define a new box section, assign an ss property, adjust thickness, and re-run analysis and design to pass the member in Etabs.