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ETABS & Safe in R.C.C 3m Cantilever Project without cracked
Rating: 4.5 out of 5(67 ratings)
10,287 students

ETABS & Safe in R.C.C 3m Cantilever Project without cracked

Modeling and design of the project using flat slab (thickness, reinforcement, short term, and long term deflection)
Created byAhmad Traboulsi
Last updated 3/2023
English
English [Auto],

What you'll learn

  • Structural design of R.C.C building with 3m cantilever
  • Structural design of the slab (thickness reinforcement and deflection)
  • Short term deflection
  • Long term deflection

Course content

2 sections • 10 lectures • 1h 46m total length

  • Flat Slab Design3:02

    Learn flat slab design without interior beams or ribs, using edge drop beams; determine thickness with L/33, applying 3 kN/m² load and 2 kN/m² live load in ETABS.

  • Solid Slab Design2:50

    Design solid slabs for the etabs and safe RCC cantilever project. Determine a 16 cm slab thickness and 25x50 cm drop beams using residential loads and perimeter calculations.

  • Ribbed Slab Design2:53

    Plan a one-way ribbed slab for a residential building, choosing rib direction, and set slab thickness to 38 cm to match interior beam sizes while applying dead and live loads.

  • Two way waffle Slab type 1 design16:29

    Designs a two-way waffle slab type 1 for a cantilever project using etabs, detailing plan, shop drawings, rib spacing 1–2 m, and a slab thickness about 0.32–0.38 m.

  • Two way waffle Slab type 2 design4:26

    Determine two-way waffle slab type two design by selecting edge slab and beam dimensions, considering rib spacing, dead and live loads, and exterior versus basement drop beams.

  • Design beams part 16:46

    Draw dimensions for the main beam and cantilever, compute self-weight, slab weight, dead and live loads, and verify moments and reinforcement needs with design software.

Requirements

  • Have little information about structural design

Description

This course not just a tutorial on software ETABS and SAFE but it is a complete understanding about structural design analysis, how civil engineer must begin with the project, how he/she must think, how we can determine the dimension of the element before modeling them check it in the software. In this course we will show structural design of a slab with 3m cantilever. First of all we will review and study the architectural plan of the project then we will prepare the structural plan of the slab to import it into ETABS and SAFE using AutoCad. After this we will on the determination of the slab thickness. Also we will check the deflection of the slab on short term deflection and long term deflection with existence of glasses wall so the deflection must be checked well to prevent cracked and glass break. In addition to choose the best material of this project with the necessary reinforcement needed for this flat slab. Finally we draw the structural executive plans of this slab using AutoCAD.

We study the need of using drop beam or deep beam and we will the design this beam if necessary using a very important software custom for beam design

Who this course is for:

  • Beginner and Expert

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