3 stories building design in Etabs and SAFE beginning to end

"Mastering 3-Story Building Design from Start to Finish with ETABS and SAFE"

4.55 (15 reviews)
Udemy
platform
English
language
Engineering
category
97
students
11 hours
content
Dec 2022
last update
$64.99
regular price

What you will learn

Students will learn how to properly design a real life 3 story building from scratch to finish

Students will learn how to properly arrange reinforced concrete column in architectural plan

Students will learn how to properly arrange Reinforced concrete beam in architectural plan

Students will learn how to use different building code to design a real life 3 story building

Students will learn how to Model a real life 3 story building in Etabs

Students will learn how to define and apply loads like dead load, live load, earthquake loads & wind load on the building

Students will learn how to properly analyze the building and interpret the results from the analysis

Students will learn how to properly interpret the result from the design of the building

Students will learn how to detail the reinforcement gotten from the Design of the building.

Description

This course "3 Stories Building Design in Etabs and SAFE beginning to end" will guide you through all the steps which you need to know in order to properly model, analyze and design a Reinforced concrete building.

This course will lay the foundation for you becoming a good structural engineering. I have taken my time to walk you through all steps.

You need to know that there is Gap between what you learn in school and what is actually done in construction site. This is why after you Bachelors and Masters, you try to Enroll in one or two internship program or buy courses online; so that you can learn from experience Engineers who are already working in the construction world.

This course will walk you through:

1. Getting the Building plan from Autocad.

2. Deciding the Column and Beam positioning.

3. Modelling the Building in Etabs.

4. Modelling the Staircase.

5. Defining the Concrete properties and Rebar Properties

6. Defining the Load Patterns (Dead load, Super Dead load, Live load, Roof live load, Earthquake load in x and y directions, wind load in x and y directions, then finally the earthquake due to drift.

7. Applying the Various loads (Super dead load, Live loads, Earthquake Loads and Wind Loads) to the building.

8. Analyzing the Effects of these loads on the building.

9. Various Structural Vertical and Horizontal Irregularities checks which need to be done so that the building pass those checks.

10. Designing the Building.

11. Re-designing the failed members in the building.

12. Detailing of the Beams using Etabs CSI Detailing.

13. Detailing of the Columns using Etabs CSI Detailing.

14. Analysis and design of the Slab in CSI SAFE.

15. Detailing of the Slab in CSI SAFE.

16. Analysis and Design of the Staircase in Microsoft Excel.

17. Modelling the foundation (Mat Foundation) in CSI SAFE.

18. Analysis of the foundation (Mat Foundation) in CSI SAFE.

19. Designing the Foundation (Mat Foundation) In CSI SAFE.

Using the ACI and ASCE Building Code.

The Code doesn't make much difference. The knowledge of the building analysis and design will make the difference. You just follow your building code guide with the knowledge and understanding you have already gained from this course.

You will be confident enough to design a real life building by the time i walk you through all these steps.

See you soon!




Content

DRAWING THE BEAM & COLUMN LAYOUT PLAN IN AUTOCAD

Column Placement in building plan
Column Placement in building plan part 2
Beam Placement in building plan
Drawing the Building final Beam and Column layout in Autocad

DRAWING THE BUIDLING GRID IN ETABS

Building grid part 1
Building grid part 2

DEFINIG THE MATERIALS AND SECTION PROPERTIES

Defining the material properties
Defining the beam section properties
Defining the column section proiperties
Defining the slab properties

MODELLING THE STRUCTURE

Modelling the Columns
Orienting the columns
Modelling the beams
Modelling the slabs
Modelling the Staircase Part 1
Modelling the Staircase part 2
Modelling the Staircase part 3

Support Reaction

Assigning support reaction on the building.

DEFINING DEAD AND LIVE LOAD

Staircase calculation of steps load on the inclined slab
Defining super dead load and live load

ASSIGNING DEAD AND LIVE LOAD

Assigning the super dead load and staircase steps load
Assigning Life load and on the Building
Assigning live load on the staircase

ASSIGNING WALL LOAD

Assigning wall load and parapet wall load

EARTHQAUKE LOAD

Assigning the earthquake load to the building.

WIND LOAD

Defining the wind load parameters and drawing massless walls
Applying wind load to the building

Mass source and Diaphragm to the Building

Defining the building Mass source
Defining and Assigning Rigid diaphragm on the building

OTHER IMPORTANT FUNCTIONS

Meshing of the Slab
Generating Load Combinations
Checking For Errors in the Model and solution to the Errors

Analysis Of the Structure

Deformation due to load case and load combination
Understanding Shear 2-2 Shear 3-3 and Moment 2-2 and Moment 3-3
Understanding the Bending Moment Diagram
Understanding the Shear and Axial Forces
More Explanation for Axial and Torsion forces
Understanding Factored and Unfactored Load Combinations
Defining the Factored and Unfactored load combinations
Displaying the Support Reactions from the Structure Base.

HORIZONTAL STRUCTURAL IRREGULARITIES CHECK

Understanding the Center of mass and Center of Rigidity
Getting the center of mass and center of rigidity
Checking the Building Eccentricity
Passing the Eccentricity Check
Torsion and Extreme Torsion Irregularities Check
Solving The Torsion and Extreme Torsion Irregularities

VERTICAL STRUCTURAL IRREGULARITIES CHECK

Allowable Story Drift Check
Soft Story Check
Extreme Soft Story Check
Mass Irregularity Check
Understanding Story Displacement, Story Drift and Drift Ratio
Stories Model Explanation
Story Drift Check
Story Drift Check Part 2

P Delta Effect

Understanding and checking for P delta Effect in the building
How to account P Delta Effect in your Building

OTHER CHECKS

Modal Analysis
Changing the Insertion Points

DESIGNING THE BUILDING

Selecting Load Combinations for the design
Reinforcement and Understanding the Design
Passing Overstress beams

POST DESIGN CHECKS

Rebar Percentage
P-M-M Interaction Ratio
Beam Column Capacity Ratio
Column Beam Capacity Ratio

MANUAL DEATAILING

Introduction to Detailing
Detailing of Column Longitudinal Reinforcement
ACI 318 Reinforcement table for detailing
Detailing of Stirrups in Columns
Detailing of Beam Longitudinal bars
ACI 318 Table for detailing beam longitudinal bars
Detailing of Stirrups in the Beam

CSI DETAILING

Introduction and Setting the Rebar Rules
Detailing beams and Columns with CSI Detailing
Detailing of Beams and Columns with CSI Detailing Part 2

SLAB ANALYSIS AND DESIGN IN CSI SAFE

Importing the slab from Etabs to Csi Safe
Slab Short and Long term Deflection check
Understanding Bending Moment on the Slab
Analysis of slab using Strip Based Method
Design of Slab using Finite Based Method
Rebars for the slab
Detailing of Slab in Autocad

STAIRCASE DESIGN AND DETAILING

Design of the Staircase
Detailing of the Staircase

FOUNDATION DESIGN

Exporting the Base from Etabs to Csi Safe
Defining the Mat Foundation properties
Understanding the Soil Sub Grade Modulus
Defining the Stiff Columns
Drawing the Mat Area
Assigning the Soil Sub Grade Modulus
Modelling the Stiff Columns
Analyzing the Foundation
Punching Shear Check
Reinforcement for the Mat Area
Uplift Check
Closing Video

Screenshots

3 stories building design in Etabs and SAFE beginning to end - Screenshot_013 stories building design in Etabs and SAFE beginning to end - Screenshot_023 stories building design in Etabs and SAFE beginning to end - Screenshot_033 stories building design in Etabs and SAFE beginning to end - Screenshot_04

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4106604
udemy ID
6/7/2021
course created date
3/18/2022
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