
At the end of this lesson you should be able to place columns in the building plan.
At the end of this lesson, we will fully understand how to place the columns in the building plan.
At end of this lesson you will lean how to place beams in the building plan
At the end of this video you are going to learn how to draw the final beam column layout in Autocad.
At the end of this lesson students will be able to draw the grid.
At the end of this lesson students should completely understand how to draw the grid.
At the end of this lesson students should be able to define the material properties.
At the end of this lesson students should be able to define the section properties for the beams.
At the end of this lesson students should be able to defined the section properties for the columns.
At the end of this lesson should be able to understand how to defined the material properties of the slab.
At the end of this lesson students will be able to model the columns on the building.
A the end of this lesson students will be able to properly orient the columns to the right direction.
At the end of this lesson students should be able to model the beams in Etabs.
At the end of this lesson students should be able to model the slabs in Etabs.
At the end of this lesson you will learn how to properly model staircase in the building.
At the end of this lesson students will be able to model staircase properly in the building.
At the end of this lesson students will finally be able to model staircase in the building.
At the end of this lesson you ill be able to assign support reaction.
At the end of this video, you will understand how steps load on staircase inclined slab is calculated.
At the end of this lesson, you will be able to define dead load(Super dead) and live load.
At the end of this lesson, you will be able to assign the super dead load and the staircase steps load.
At the end of this video, students will be able to understand how to assigning live load on the building.
At the end of this lesson, students will be able to assign live load on the staircase.
At the end of this lesson. you will be able to assigning the wall load on the stories and the parapet wall load on the roof.
In the previous lecture, I made a mistake while assigning wall loads on beams. This lesson corrects all errors and mistakes.
At the end of this lesson, you will be able to properly assign the earthquake load to the building.
At the end of this lesson, you will learn how to define the wind load parameters and also how to draw the massless walls.
At the end of this lesson, you should be able to apply wind load to the building.
This course, "3 Storey Building Design in Etabs and SAFE beginning to end," will guide you through all the steps that you need to know in order to properly model, analyze, and design a reinforced concrete building.
This course will lay the foundation for you to become a good structural engineer. I have taken my time to walk you through all the steps.
You need to know that there is a Gap between what you learn in school and what is done on a construction site. This is why after you Bachelor's and Master's, you try to enroll in one or two internship programs or buy courses online; so that you can learn from experienced 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 that need to be done so that the building passes those checks.
10. Designing the Building.
11. Redesigning 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!