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Etabs v22 - Mastering Professional Building Design

Name: Etabs v22 - Mastering Professional Building Design
Rating: 4.7 (2 reviews)

Master CSI Etabs v22 2024 with our Professional 15 Story Building Design Course for Advanced Structural Engineers

Created byEngr Hedaetullah

Last updated 3/2025

English

English [Auto],

What you'll learn

Understanding floor plan, Beam-Column Layout
How to Install And Configure Etabs (If needed)
Introduction to csi Etabs
Understanding about Materials Property as per Design Code
Define Materials Property as per Design Code
Details Understanding about Section Property as per Design Code
Define Section Property as per Design Code
Slab Thickness Calculation using Excel as per Design Code
Define Slab & Wall section as per Design Code
Define Mass Source as per Design Code
Define Load Pattern
Modify Load Case
Define Load Combination as per Design Code
Define & Modify Lateral Loads as per Design Code
Calculate Earthquake Load using Excel & find out Data for Etabs
Calculate Wind Load using Excel & find out Data for Etabs
Modeling of Structures as per Plan
Assign Loads ( FF, PW, LL, WL Etc.)
Static Analysis of Structures
Dynamic Analysis of Structures
Checking Model for Base Shear Check(Seismic Value)
Checking Model for sway limitation
Checking Model for P-Delta Check of a Building
Checking Model for Soft story
Checking Model for Torsional Irregularity
Checking Model for Story Drifts and Drift Ratio
Slab Design (WSD & USD) with Excel & Etabs
Beam Design with Excel & Etabs
Column Design with Excel & Etabs
Staircase Design with Excel & Etabs
Shear Wall Design with Excel & Etabs
Main Rebar Calculation with Excel from Etabs Results
Development length & Lapping Length Cal.
Beam Shear Rebar Calculation with Excel from Etabs Results
Beam Torsional Rebar Calculation with Excel from Etabs Results
Shear Wall Horizontal Rebar Calculation (ACI)
Shear Wall Vertical Rebar Calculation (ACI)

Course content

8 sections • 52 lectures • 8h 6m total length

Introduction to this Couese2:30
Course Related Floor Plan (CAD File)0:04
Course Related Excel Sheet0:04
ASCE 7-22 Code Download0:04
ACI 318-19 Code Download0:04
Etabs model for practice0:06
we will add it at the end of the course.
Download and Install Etabs v220:16

Define Steel or Rebar properties as per ACI 3188:49
Define Concrete properties as per ACI 31812:14
Define Beam and Column Section as per ACI 31823:12
Define Slab Section as per ACI 3183:48
Define Wall Section as per ACI 3181:47
Change Reinforceing Bar Size2:41
Define Load Pattern as per ASCE15:37
Define Load Combination as per ASCE - Part 117:05
Define load combinations in Etabs v22 using load patterns for dead and live loads, with reusable templates, and incorporate horizontal and vertical earthquake and wind effects for mass source considerations.
Define Load Combination as per ASCE - Part 232:47
Define Mass Source as per ASCE3:38

Define Grid System as per Autocad Floor Plan16:41
Define and configure the grid system in Etabs using an AutoCAD floor plan, set grid spacing in the x and y directions, adjust display options, and prepare for modeling.
Draw Column and Liftcore Shear Wall26:52
Define column and beam sections, set the ground-floor grid, and place peripheral and internal columns, then draw the shear wall to advance to columns and beams.
Draw Grade Beam11:41
Draw Floor Beam4:20
Draw Floor Slabs4:58
Learn to draw floor slabs in Etabs v22 using rectangular tool, set a five inch slab, and place slabs from grid points or around a point, then plan a staircase.
Draw Staircase5:26
Assign Load Gravity Loads on Strcuture27:09
Assign gravity loads to slabs in etabs v22, including floor finish and live loads for slabs, stairs, and beams, using area or line load methods and code-based values.
Replicate and modify model20:18
Calculate and Assign Lift core load8:55

Comming Soon
Why do we use diaphragm in ETABS3:19
Define and assign a diaphragm in ETABS before applying earthquake and wind loads to transfer lateral forces through horizontal elements, resist in-plane shear, and connect vertical elements.
Define diaphragm in ETABS3:13
Assign diaphragm in ETABS5:11
Define Seismic or earthquke load18:34
Define Wind load10:40
Calculate Vertical Earthquake Load5:18

Deﬂection Limits or Vertical Deflection Check17:28
Perform a preliminary analysis in ETABS v22, set load cases, and check deflection limits for serviceability using L/360 and L/240, including live, dead, and wind.
Sway limitation or displacement limitation check12:49
P-Delta Check14:38
Soft story or Stiffness Irregularity Check3:49
Story drift and drift ratio check7:09
Learn to perform story drift and drift ratio checks in Etabs v22 by extracting height and elastic displacement, calculating maximum displacement in mm, and ensuring earthquake safety.
Torsional Irregularity check7:55
Building Overturning Moment Check10:19
Learn to assess overturning moment and stability under earthquake loading by calculating base overturning moment, center of gravity shifts, and safety factors using an Excel-based workflow.

Use Property Modifiers, Cracked Section. Stiffness Modifiers in Etabs9:27
Prepare model for design in etabs9:01
Design a slab using excel sheet11:22
Explore slab design using an Excel sheet with the USD method and by direct software, including inputting spans, loads, slab thickness, and reinforcement spacing per ASI code.
Design a slab in etabs using FEM Methods13:30
Design a concrete slab in Etabs v22 using the finite element method, selecting design combos and a story, and detailing bottom and top reinforcement along local axes for flexural design.
Beam Design - Flexural, Torsional and shear rebar design32:33
Column Design - Longitudinal and shear rebar design11:52

Requirements

Concept in RC Building Design
Concept in Structural Analysis
Need a Computer with installed Etabs
Basic knowledge of the codes limitations

Description

Unlock the full potential of CSI Etabs v22 2024 with our comprehensive Professional 15 story Building Design Course. Designed specifically for advanced structural engineers, this course will improve your skills and knowledge in professional building design, preparing you to handle complex projects confidently. With a focus on the latest features of Etabs v22 2024, you'll learn how to create detailed, accurate models for 15-story structures, optimizing your workflow and advancing your career.

"As a lecturer and department head at a BSc Engineering institute, I've structured this course meticulously to ensure a clear learning path. While focusing on ETABS, it also covers essential structural design concepts using ACI 318-19 and ASCE 7-22 standards. You'll gain practical knowledge and skills widely used in the industry. With my five years of teaching and design experience, I'm dedicated to helping you succeed in structural engineering."

After completing this course, you will achieve the following outcomes:

- Design and analyze structures with precision.

- Make critical decisions to ensure the construction of safe structures.

- Proficiently determine reinforcement details and specifications.

- Plus many more essential skills for professional structural engineering.

Here's a refined version of what you will get with this course:

With this course, you will receive:

A.1. Earthquake Analysis Excel Sheet compliant with ASCE 7-05

A.2. Wind Load Analysis Excel Sheet compliant with ASCE 7-05

A.3. Vertical Earthquake Effect Calculation Excel Sheet compliant with ASCE 7-05

B1. P-Delta Check as per ASCE 7-05

B2. Base-Shear Check (Seismic Value) as per ASCE 7-05

B3. Drifts and Sway Limitation Check as per ASCE 7-05

B4. Soft Story Check as per ASCE 7-05

B5. Torsional Irregularity Check as per ASCE 7-05

C1. Advanced Excel Sheet for Two-Way Slab Design in WSD/ASD Method

C2. Advanced Excel Sheet for Two-Way Slab Design in USD/LRFD Method

D1-D6. Staircase Design Excel Sheets - Cases 1 to 6 (6 Sheets)

E1. Beam Reinforcement Detailing & Rebar Calculation Excel Sheet

E2. Column Reinforcement Detailing & Rebar Calculation Excel Sheet

E3. Shear Wall Reinforcement Detailing & Rebar Calculation Excel Sheet

E4. Development Length and Lapping Length Calculation Excel Sheet

FXL6. Basement Wall Load Calculation Excel Sheet

FXL7. Soil Site Class for Earthquake Analysis"

This list details the specific tools and resources included in the course, aligned with ASCE standards and designed to enhance your structural engineering capabilities.

Who this course is for:

Structural Engineers seeking to become expert professionals in using ETABS
Engineering Job Holder
Who want to learn Structural Design
Who want to learn Complete Etabs
Structural Design Engineer
Engineering Student

Etabs v22 - Mastering Professional Building Design

What you'll learn

Explore related topics

Course content

Introduction & Etabs Course Materials7 lectures • 3min

Basic Setting in Etabs3 lectures • 12min

Learn to use define section of Etabs10 lectures • 2hr 2min

15 Story Building Moddeling9 lectures • 2hr 6min

Assign Lateral Load as per ASCE7 lectures • 46min

Modify Model3 lectures • 15min

Analysis and Check model7 lectures • 1hr 14min

Desgin model with Detailing6 lectures • 1hr 28min

Requirements

Description

Who this course is for: