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Learn ETABS & SAFE in the Structural Design of 15 Stories RC
Rating: 4.5 out of 5(704 ratings)
34,883 students

Learn ETABS & SAFE in the Structural Design of 15 Stories RC

20 hr Analysis and design of 15 stories and one basement R.C Building on ETABS and SAFE including earthquake design.
Created byAhmad Traboulsi
Last updated 1/2023
English
English [Auto],

What you'll learn

  • Structural design of R.C building from A to Z
  • Structural element (columns, beams, all types of slabs, all types of foundations, shear walls)
  • Earthquake design
  • Wind design

Course content

5 sections • 99 lectures • 18h 46m total length

  • Introduction Part 1 Description of the project and course5:17

    Introduction to the course, what we will learn ? Description of the project worked on. Also in this section we define the dimension of columns, Shear Walls, and Retaining Walls for design and check them in the Software.

  • Introduction Part 2 Definition of Waffle slabs, types, thickness of Waffle Slab13:05

    1. Definition of Waffle Slabs, types of Waffles Slabs, when we use Waffle Slab type 1, how we determine the thickness of Waffle Slab to design and check it in the Software. 

    2. Definitions of hidden beams and calculation of beams dimensions width and depth

  • Introduction Part 3 Waffle Slab Type 2 or Two Way Ribbed Slab4:26

    1. Definition of Waffle Slabs, types of Waffles Slabs, when we use Waffle Slab type 2, how we determine the thickness of Waffle Slab to design and check it in the Software.

    2. Definitions of hidden and drop beams and calculation of beams dimensions width and depth

  • Introduction Part 4 One Way Ribbed Slab2:53

    1. Definition of Ribbed Slab, when we use Ribbed Slab, how we determine the thickness of Ribbed Slab to design and check it in the Software.

    2. Definitions of hidden and drop beams and calculation of beams dimensions width and depth

  • Introduction Part 5 Flat Slab3:02

    1. Definition of Flat Slab, when we use Flat Slab, how we determine the thickness of Flat Slab to design and check it in the Software.

    2. Definitions of drop beams and calculation of beams dimensions width and depth

  • Introduction Part 6 Solid Slab2:50

    1. Definition of Solid Slab, when we use Solid Slab, how we determine the thickness of Solid Slab to design and check it in the Software.

    2. Definitions of drop beams and calculation of beams dimensions width and depth

  • Introduction Part 7 Stairs1:00

    How we can easily modeling the stairs and design them in the Software

  • Lecture 1: Export from AutoCad to ETABS quick method of drawing and modeling9:42

    In this class we did not start learning the program, but only a quick way to draw and to model the building from exporting from AutoCad to ETABS

  • Lecture 2 Define number of stories, heights, and grids on Etabs5:28

    Define the ETABS and SAFE project with metric units and ACA code, for a 16-story building including a basement, set typical height to 3 m and establish a symmetric grid.

  • Lecture 3 Define Materials6:24

    define concrete material properties in ETABS and SAFE with f'c 25 and corresponding elasticity, and establish longitudinal and transverse reinforcement materials with specified strengths; save these defaults for future projects.

  • Lecture 4 Define Sections14:20

    Define columns, beams, shear walls, and slabs in ETABS and SAFE for a 15-story RC design. Set section dimensions, materials, reinforcement, and a waffle slab with specified spacing.

  • Lecture 5 Shear Walls Drawings and Pier Labels assign11:32

    Draw shear walls and assign pier labels across stories in ETABS and SAFE, following right-to-left and bottom-to-top drafting, replication, and distance measurements.

  • Lecture 6 Retaining Walls Drawing1:13

    Draw the retaining walls for story one by selecting the retaining wall section and starting the drawing from the designated point, moving right to left and bottom to top.

  • Lecture 7 Columns Drawing2:12

    Draw columns in ETABS using QuickDraw, select ground columns, and set the defined frame section before drawing; replicate across all stories with the all stories option and rotate as needed.

  • Lecture 8 Beams Drawing4:07

    Draw beams for a 15-story RC building in ETABS and SAFE, selecting sections such as 100x38 cm, 25x75 cm, and 25x60 cm, and replicate beams across stories.

  • Lecture 9 Stairs Drawing1:10

    Model the stairs in ETABS and SAFE by drawing a solid slab 18 cm thick, outline rectangular floor zones, and connect zones with the stair tool.

  • Lecture 10 Slabs Drawing4:37

    Draw the slab with the contoured option, selecting waffle slab type one, then switch to type two; adjust rib spacing and assign shell across all stories.

  • Lecture 11 Meshing of Slabs and Walls5:11
  • Lecture 12 Supports Modeling2:05

    Model supports for a 15-story RC building by assigning joint restraints and pin or fixed supports, then assess soil capacity and soil type for proper foundation.

  • Lecture 13 Define loads on slabs4:20

    Define gravity loads for each story and assign uniform shell loads to slabs in ETABS and SAFE, using previous selections to ensure consistent live and dead load distributions.

  • Lecture 14 Loads on the beams1:56
  • Lecture 15 Define earthquake Loads static case24:58
  • Lecture 16 Define Earthquake Loads Dynamic case4:21

    Define earthquake dynamic loads after static loads with a response spectrum, create dynamic load cases in the X direction, and adjust toward the static value using a 5.5 division.

  • Lecture 17 Define wind loads2:36
  • Lecture 18 Define Diaphragms4:12
  • Lecture 19 Define mass source1:05
  • Lecture 20 Define modal cases1:16
  • Lecture 21 Define stiffness modifiers2:53

    Define stiffness modifiers for columns, beams, slabs, and walls, adjusting inertia values such as columns 0.7 on both axes, beams 0.35, slabs 0.25, walls 0.5.

  • Lecture 22 Check the model1:10
  • Lecture 23 Define loads combinations0:56
  • Lecture 24 Center of mass and center of rigidity4:30
  • Lecture 25 Scale earthquake loads3:45
  • Lecture 26 Check story displacement3:34
  • Lecture 27 Check story drift3:48

    Analyze and verify story drift in a 15-story RC frame using ETABS and SAFE, computing delta between consecutive stories and comparing drift to 2% limits in x and y directions.

  • Lecture 28 Columns design11:02

    Learn to design RC columns for a 15-story building using ETABS and SAFE by defining column sections, running analyses, and optimizing reinforcement and cross-sections for safety and economy.

  • Lecture 29 Shear wall design7:45

    Design shear walls for a 15-story rc building using the uniform reinforcement method, with 16 bars of 10 mm every 20 cm, and verify reinforcement sufficiency in safe design software.

  • Lecture 30 Prepare the model for exporting to safe1:39
  • Lecture 31 Check Deflection in Safe13:57

    Export the story model to Safe, import loads for slabs and beams, and compute short- and long-term deflection. Compare results with the allowable deflection to verify safety.

  • Lecture 32 Waffle Slab and beams design8:32
  • Lecture 33 Ribbed slab design3:56
  • Lecture 34 Flat and solid slabs design and punching shear check7:11

    Design flat and solid slabs using ETABS and SAFE, perform punching shear checks and deflection checks, and determine reinforcement layout via the finite element method.

  • Lecture 35 Isolated foundation design14:08
  • Lecture 36 Combined foundation design5:22
  • Lecture 37 Strip foundation design3:31

    Draw and design a strip foundation for three columns, assign soil conditions, verify soil pressures under the load, and determine dimensions and reinforcement layout.

  • Lecture 38 Mat foundation design5:13
  • Thank you1:50

    Learn Etabs and Safe for the structural design of a 15-story RC building, highlighting practical approaches to reinforced concrete design within this course.

  • Advanced Tricks in ETABS to change the model.4:36

    Explore advanced tricks in ETABS to change the model and support the structural design of a 15-story RC building, as part of learning ETABS and SAFE.

  • Advanced How to Draw L Shape column in ETABS with section designer5:42
  • Advanced How to draw Stairs in ETABS4:44

    Master advanced techniques to draw stairs in ETABS for the structural design of a 15-story reinforced concrete building, using SAFE.

  • Advanced Design a swimming pool in ETABS13:30

    Learn advanced swimming pool design in ETABS for 15-story RC structures, applying SAFE principles to optimize structural performance.

  • Advanced P-delta check in ETABS8:49

    Master advanced p-delta checks in ETABS within the 15-story reinforced concrete design course, applying robust analysis techniques for structural safety and performance.

  • Lecture 52: Advanced SAFE Design Piles foundation in ETABS, SAFE and ALLPILES15:07

    Master advanced safe design of pile foundations using Etabs, Safe, and Allpiles for a 15-story reinforced concrete building.

  • Lecture 53 Advanced ASCE code earthquake definition2:22

    Analyze advanced ASCE code earthquake definitions and learn how they affect modeling and design of a 15-story reinforced concrete building using ETABS and SAFE.

  • Lecture 54: Advanced Nonlinear Pushover Analysis24:31

    Explore advanced nonlinear pushover analysis for 15-story reinforced concrete designs using ETABS and SAFE, focusing on modeling procedures, analysis workflow, and structural performance insights.

  • Lecture 55: Advanced Soft story check irregularity4:46

    Explore advanced soft story checks and irregularity in the 15-story reinforced concrete design using ETABS and SAFE, highlighting methods to assess structural irregularity.

  • Lecture 56: Example 2 Design of a mosque: definition and prepare DXF file14:01

    Explore mosque design through the example using etabs and safe, with steps to define the model and prepare a dxf file for a 15-story rc structure.

  • Lecture 57: Example 2 Design of a mosque: modeling in ETABS20:03

    Design a mosque using ETABS for accurate modeling and structural analysis, applying example 2 techniques within a 15-story reinforced concrete framework.

  • Lecture 58: Analysis and design of columns, slab and beams in ETABS SAFE and SAP16:33
  • Lecture 59: Example 2 Design of a mosque: Analysis and design of the Dome in SAP16:14

    Analyze and design the mosque dome in SAP, illustrating the application of structural design concepts with ETABS and SAFE.

  • Lecture 60: Analysis and design of the minaret + foundation in ETABS and SAFE33:23
  • Lecture 61: Create report and detailing drawings in ETABS4:59
  • Lecture 62: Modeling fluid viscous dampers FVD to resist lateral loads in ETABS7:14

    Model fluid viscous dampers (FVD) to resist lateral loads in ETABS, applying techniques for structural design of a 15-story RC building.

  • Lecture 63: Assign temperature loads to the building in ETABS6:11
  • Lecture 64:Eartquake system percentage for shear wall and dual system or MRF5:53

    Explore earthquake system percentages for shear walls and dual systems or MRF in the 15-story reinforced concrete design using Etabs and Safe.

  • Merge two model ETABS in one file and show rendered view4:54

    Merge two ETABS models into a single file, align and copy the first to the second with precise dimensions, establish a five centimeter expansion joint, and render the combined view.

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 design a 15 stories of a residential buildings, within the work we will define and design all types of slabs such as (waffle slab, one way ribbed slab, two way ribbed slab, flat slab and solid slab), all types of foundations such as (isolated,combined,strip and mat), earthquake with static and dynamic case, wind loads, columns and beams and shear walls + Advanced lectures in ETABS + Advanced lecture in SAFE  and AllPile (design piles deep foundation of a tower of 25 stories) + design a swimming pool in ETABS

Example 2 Design a mosque with the Dome and minaret + piles foundation of the minaret to resist tension stresses in foundation we will use in the design ETABS, SAFE, SAP2000 software + learn how to design beams using SAP2000 + how to model the dome in ETABS or SAP2000

How to Model dampers in ETABS (Fluid Viscous damper FVD) and show the effect f using this type of damper on story displacement of the building

How create report and detailing drawings in ETABS

Who this course is for:

  • Beginner and Expert

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