Learn Revit,Etabs and Robot in one course

Name: Learn Revit,Etabs and Robot in one course
Rating: 4.0 (17 reviews)

Modeling of building In Revit and export to Robot and Etabs, Design of columns, Seismic Analysis and compare the results

Created byCreative Engineering Center

Last updated 10/2020

English

English [Auto],

What you'll learn

Modeling All elements in Revit
Export to Robot and Etabs
Definition of materials and loads in ETABS and Robot
Analysis and results Comparaison
Design of columns in the two softwares
Seismic Analysis
Results Comparaison

Course content

5 sections • 32 lectures • 2h 20m total length

Introduction1:03
This course teaches you how to model a building In Revit Software and export to Robot and Etabs for structural analysis and design of elements.
we will compare the results between Robot and Etabs,Analyse the forces,moments..
you will learn how to design a column in ROBOT and ETABS,and define the seismic forces in the two softwares.
Revit overview5:57
Start a new Revit project with a structural template, set up templates, manage views and schedules for architecture, systems, and MEP, and import CAD drawings.
2-Create levels6:07
Create and manage levels in Revit by defining elevations with points or lines, copying levels vertically, and adjusting units from millimeters to meters with offsets.
Create Grids4:20
Create and manage grids in Revit by adjusting levels, applying temporary and permanent dimensions, and using bubble left and right controls for precise alignment.
Modeling of walls6:47
Model walls in Revit from level 1 to level 2 using centerline and core face, set offsets and radii, assign wall types, and view analytical model in Robot and ETABS.
Modeling of columns7:08
Model columns in Revit by choosing category and family, duplicating types, and assigning dimensions like 50x60 or 60x30; set base and top levels, offsets, and rotate to align with grids.
Modeling of beams5:00
Learn how to model beams in Revit by placing beams on level 2 using the beam tool, adjusting cross sections, offsets, and elevations, and applying visual styles and analytical settings.
Modeling of slab2:41
Learn to model a slab in revit by creating floors on levels, sketching rectangles to form steps, inserting columns, and setting elevations, including perimeter area and span direction.
Shapes of slab3:19
Opening4:57
Learn to create, modify, and delete openings in walls using methods like rectangular wall openings and symbolic line openings across multiple levels.
Model creation and download tools2:27
Learn to create models and transfer workflows for Revit, ETABS, and Robot, including exporting models to Robot structural analysis, using the toolkit, and installing tools from the Autodesk App Store.

Export to robot1:26
Export the model to robot structural analysis, choose direct integration with robot software, and save the file, then open the file as you like for reports.
Materials Definition8:59
Define materials and reinforcing bars in the software, set metric units and design codes, configure bars, stirrups, and concrete properties, and save your parameter defaults for future projects.
Loads3:12
Edit and assign loads, defining self weight and live load, and apply them to all panels using load definitions with values minus 4.5 and minus 2.
Assign Materials1:16
Assign material C25 to all elements by selecting bar sections from the active list, applying via modify and sequence steps, then verify every element uses material C25.
Meshing and supports1:42
View and selection5:00
Master view and selection in Revit, Etabs and Robot by hiding elements, selecting beams, columns, walls, and sections, switching between plan, XY views and elevations, and applying display options.

Export to ETABS1:08
Export the model to ETABS, save the export file, and complete the export for a smooth workflow.
Materials Definition2:52
Define and modify material properties, input weight per unit volume and modulus of elasticity for concrete, view design data, and copy material definitions for reuse and saving.
Assign Materials1:31
Learn how to assign materials to elements in etabs and robot, define frame and slab section properties, and modify key section dimensions for columns, beams, and slabs.
Loads2:34
Meshing and supports4:32
View and selection5:08
Explore view and selection in Revit, Etabs, and Robot, mastering how to pick elements, set story levels and city elevations, and adjust plan, elevations, and display options.

Analysis and base reactions2:59
Perform analysis to determine base reactions, view tables for reactions, compute self weight and live load on beams, and adjust the model with weight based on full lengths.
Frames and shells Results6:06
Explore frame and shell results by displaying forces, stresses, and diagrams for beams and columns, including self-weight loads, moments, and torsion; view plan maps and results across Etabs and Robot.
Combinations4:07
Generate and manage load combinations in ETABS and Robot by defining, modifying, adding, and deleting combinations, using automatic and manual modes, and applying self-weight and live-load factors.
Design of columns10:43
Explore concrete frame design in Etabs and Robot, selecting column reinforcement, applying design codes, seismic considerations, and evaluating interaction diagrams and reinforcement outcomes.
Seismic Introduction8:56
Define Modal and seismic forces6:32
Define model cases and seismic forces using UBC 97 dynamic analysis in ETABS and Robot. Set soil type C, self weight, seismic weight, and response spectral parameters for seismic analysis.
Results Analysis10:00
Analyze seismic results from ETABS and Robot, including periods, mass participation, and the second mode in the x and y directions, and visualize the deformed shape, reactions, and self weight.
Stories shear2:12

Requirements

Basic Knowledge of Structural Engineering
Revit,Robot and Etabs

Description

In this course,You will learn how to model a building in Revit software,and export the model T o Autodesk robot structural analysis and Etabs.

You will learn how define materials,loads and others...

You will learn how analyse the model and design the columns

And finally How to define seismic forces in the 2 softwares,and compare the results.

Who this course is for:

Civil Engineers,Revit ,Robot and Etabs Interested

Learn Revit,Etabs and Robot in one course

What you'll learn

Explore related topics

Course content

Introduction11 lectures • 50min

ROBOT STRUCTURAL ANALYSIS6 lectures • 22min

ETABS6 lectures • 18min

ROBOT Vs ETABS8 lectures • 52min

Bonus1 lecture • 1min

Requirements

Description

Who this course is for: