ETABS: Complete Building Design with Code Compliance
ETABS: Complete Building Design with Code Compliance, available at $19.99, has an average rating of 4, with 184 lectures, 3 quizzes, based on 21 reviews, and has 74 subscribers.
You will learn about Structural Analysis and Design of a Residential Building Using ETABS ETABS Linear Static Analysis of RCC Structures Analyze and Design Any Kind of Civil Engineering Structure Using ETABS Export Designed Data to Excel for Further Calculations Preliminary Design of Structural Members Detail and Design Column and Beam Longitudinal and Shear Reinforcement Structural Design of R.C Building from A to Z Earthquake Design Wind Design Learn How to Structurally Design RCC Buildings from Scratch in ETABS Interpret Analyzed Results from ETABS and Create Economic Designs Design Structural Elements (Columns, Beams, All Types of Slabs) Read and Understand Building Code Provisions Assign Gravity Loads Properly and According to the Building Code Navigate Through the ETABS Software for Basic Modeling and Assigning Loads Use ETABS for Analysis and Design Perform Wind Load Calculation According to Building Code Assign Wind Load in ETABS Perform Earthquake Load Calculation According to Building Code Assign Earthquake Load in ETABS Detect Irregularities According to the Building Code Conduct Serviceability Criteria Checks According to Code Perform Additional Checks Based on ETABS Output Use Property Modifiers for Carrying Out Limit State Design Design Building Components Such as Beams, Columns, and Slabs Implement Seismic Detailing According to Code This course is ideal for individuals who are Civil/Structural Engineers and Students or Civil engineering students who wish to learn ETABS for structural analysis and design. or Graduates doing project on building design. or Civil engineering graduates who wish to pursue their career in structural analysis and design of buildings. or Civil engineering students curious about learning how to use ETABS software. or Structural Engineers or Engineering students and Engineers who want to learn Building Code based Design. It is particularly useful for Civil/Structural Engineers and Students or Civil engineering students who wish to learn ETABS for structural analysis and design. or Graduates doing project on building design. or Civil engineering graduates who wish to pursue their career in structural analysis and design of buildings. or Civil engineering students curious about learning how to use ETABS software. or Structural Engineers or Engineering students and Engineers who want to learn Building Code based Design.
Enroll now: ETABS: Complete Building Design with Code Compliance
Summary
Title: ETABS: Complete Building Design with Code Compliance
Price: $19.99
Average Rating: 4
Number of Lectures: 184
Number of Quizzes: 3
Number of Published Lectures: 184
Number of Published Quizzes: 3
Number of Curriculum Items: 187
Number of Published Curriculum Objects: 187
Original Price: $199.99
Quality Status: approved
Status: Live
What You Will Learn
- Structural Analysis and Design of a Residential Building Using ETABS
- ETABS
- Linear Static Analysis of RCC Structures
- Analyze and Design Any Kind of Civil Engineering Structure Using ETABS
- Export Designed Data to Excel for Further Calculations
- Preliminary Design of Structural Members
- Detail and Design Column and Beam Longitudinal and Shear Reinforcement
- Structural Design of R.C Building from A to Z
- Earthquake Design
- Wind Design
- Learn How to Structurally Design RCC Buildings from Scratch in ETABS
- Interpret Analyzed Results from ETABS and Create Economic Designs
- Design Structural Elements (Columns, Beams, All Types of Slabs)
- Read and Understand Building Code Provisions
- Assign Gravity Loads Properly and According to the Building Code
- Navigate Through the ETABS Software for Basic Modeling and Assigning Loads
- Use ETABS for Analysis and Design
- Perform Wind Load Calculation According to Building Code
- Assign Wind Load in ETABS
- Perform Earthquake Load Calculation According to Building Code
- Assign Earthquake Load in ETABS
- Detect Irregularities According to the Building Code
- Conduct Serviceability Criteria Checks According to Code
- Perform Additional Checks Based on ETABS Output
- Use Property Modifiers for Carrying Out Limit State Design
- Design Building Components Such as Beams, Columns, and Slabs
- Implement Seismic Detailing According to Code
Who Should Attend
- Civil/Structural Engineers and Students
- Civil engineering students who wish to learn ETABS for structural analysis and design.
- Graduates doing project on building design.
- Civil engineering graduates who wish to pursue their career in structural analysis and design of buildings.
- Civil engineering students curious about learning how to use ETABS software.
- Structural Engineers
- Engineering students and Engineers who want to learn Building Code based Design.
Target Audiences
- Civil/Structural Engineers and Students
- Civil engineering students who wish to learn ETABS for structural analysis and design.
- Graduates doing project on building design.
- Civil engineering graduates who wish to pursue their career in structural analysis and design of buildings.
- Civil engineering students curious about learning how to use ETABS software.
- Structural Engineers
- Engineering students and Engineers who want to learn Building Code based Design.
The only course you’ll need to Master Building Code based Building Design using ETABS.
Understanding and using building code provisions in Analysis and Design is crucial for getting your project approved for construction.
Just learning ETABS or any other structural analysis and design software won’t approve your design without proper application of the building code provisions and structural understanding. Thus in this course, you will not only learn the ETABS software but you will also learn about and application of building code in the analysis and design of buildings.
From this course, you will learn about:
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ETABS
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Different phases in structural analysis and design
-
Analysis type and method
-
Principles of design
-
Design methods of RC structures
-
Strength reduction factor and load factor
-
Documents required for structural design and drawing of building structures
-
Building information to decide on
-
Information for software model
-
Gravity loads
-
Lateral loads (wind, earthquake)
-
Checks to do after analysis
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How to check with notion and hand calculation
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How material properties are used and documented
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Structural framing systems and load combinations
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Mesh considerations
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What are diaphragms and what is their purpose in a structural system
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Effective stiffness or property modifiers
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Torsional constant and indeterminacy
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Decision regarding support conditions
After completing this course you will be able to:
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Read and understand building code provisions
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Assign gravity loads properly and according to the building code
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Navigate through the ETABS software for basic modeling and assigning loads
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ETABS for analysis
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ETABS for design
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Wind load calculation according to building code
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Assign wind load in ETABS
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Earthquake load calculation according to building code
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Assigning earthquake load in ETABS
-
Detect irregularities according to the building code
-
Do serviceability criteria checks according to the code
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Do additional checks
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Analysis checks based on ETABS output
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Use property modifiers for carrying out limit state design
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Design building components such as Beams, Columns, and Slabs
-
Seismic detailing according to code
Section based learning:
Section-1:
An overview and understanding in a broader sense of all the things we will be learning.
Section-2:
you will learn about gravity load considerations for a building, you will learn things like common gravity load considerations for a building, and how to calculate- fixed partition wall load, random wall load, elevator load, gardening load, and water tank load according to building code.
Section-3:
we will start our ETABS model and apply all the knowledge you have acquired in the first two sections into our ETABS model, you will learn how to model a building in ETABS. You will learn how to assign gravity loads in ETABS.
Section-4:
you will learn about wind loads and how to calculate wind loads according to building code, you will learn about structural importance factor, occupancy category, wind directionality factor, positive and negative internal wind pressure in structures, gust effect factor, encloser classification of buildings, external pressure coefficient, velocity pressure co-efficient, surface roughness, value of topographic factor and according to building code for the purpose of acquiring the necessary skills to do wind load calculation for any building structure according to code.
Section-5:
you will learn how to define wind load patterns in ETABS.
Section-6:
you will learn how to do earthquake load calculations or base shear calculations according to both ACI and Euro code methods furthermore you will learn about the causes of earthquakes, tectonic plate movement, elastic rebound theory, peak ground acceleration, design-based earthquake, earthquake base shear formula breakdown, reasons behind response modification factors, seismic zone coefficient, soil site classification, response reduction factor, seismic weight, why does seismic detailing exist while there is no such thing as wind detailing and much more according to building code provisions.
Section-7:
you will learn how to assign earthquake load or base shear in your ETABS model.
Section-8:
you will learn how to run analysis in ETABS and how to use the analysis output to do analysis checks such as checking the total load of a building, checking for gravity loads checking for lateral load and you will also learn how to calculate the transfer of load from slab to beam by means of hand calculation.
Section-9:
you will learn about the building irregularities and how to check for the irregularities defined in the building code as well as why do you have to check for them and how to solve the irregularities if they occur. Some of the irregularities you will learn about are re-entrant corner, torsional, non-parallel system, diaphragm discontinuity, out-of-plane offsets, stiffness, soft story, weak story, mass irregularity, geometric irregularities, and so on. You will also learn how to check for these irregularities using your ETABS model and hand calculations.
Section-10:
you will learn about the serviceability criterion, what is it, why to check for it, why to maintain it, and how to use your ETABS model to check for these serviceability criteria according to building code. Some of the serviceability criteria you will be learning are vertical deflection limits, allowable displacements, story drift, maximum displacement due to earthquake, maximum drift due to earthquake, and so on.
Section-11:
Other than serviceability criteria and irregularities other are other checks known as the additional checks that can be required from time to time and you will learn about those in the eleventh section. Some of the additional checks include accidental torsional moment, P-delta effect, separation between adjacent structures, uplift, and so on.
Section-12:
you will learn how to assign property modifiers to structural components in ETABS for generating limit state designs.
Section-13:
you will see some design procedures for RCC building components namely- columns, beams, and slabs.
Section-14:
you will learn about seismic detailing according to code how to check if the detailing criteria are according to building code guidelines and an introduction to building code criteria to special and intermediate seismic detailing along with sample calculations to better understand the building code criteria.
Prerequisites:
· Minimum basic knowledge of structural analysis and design
· Have ETABS (version 13 or higher) installed on your laptop or PC.
But if you just want to learn how structural analysis and design is done according to code without the intent to practice then there are no prerequisites for you as everything has been explained in the course.
Course Curriculum
Chapter 1: Introduction and Basic Concepts & Requirements of Analysis and Design
Lecture 1: Introduction
Lecture 2: Introduction to Masterclass
Lecture 3: Different Phases in Structural Analysis and Design
Lecture 4: Analysis Type & Method
Lecture 5: Principles of Design
Lecture 6: Design Methods for RC Structures
Lecture 7: Strength reduction factor and Load Factor
Lecture 8: Documents Required for structural Design and Drawing of Building Structures
Lecture 9: Building Information to Decide on
Lecture 10: Information for Software Model
Lecture 11: Checks to do After Analysis
Lecture 12: Check with notion and hand calculation.
Lecture 13: Design Considerations- Material Properties
Lecture 14: Structural framing system and load combination
Lecture 15: Mesh Considerations
Lecture 16: Diaphragm
Lecture 17: Effective stiffness or Property Modifier
Lecture 18: Torsional Constant and Indeterminacy
Lecture 19: Support Conditions
Chapter 2: Gravity Load Considerations for a Building
Lecture 1: Common Gravity load examples for a Residential Building.
Lecture 2: How to calculate fixed partition wall load
Lecture 3: How to calculate elevator load according to code
Lecture 4: How to calculate overhead water tank load
Lecture 5: Gardening load precautions
Lecture 6: Material properties data in Code
Lecture 7: Minimum Live loads table in building code (Bangladesh & Canada)
Chapter 3: ETABS Model (design specification & Gravity loads)
Lecture 1: Inputting Grid and story data in ETABS
Lecture 2: Defining Material Properties
Lecture 3: Defining section properties in ETABS
Lecture 4: Placing columns on first floor
Lecture 5: placing the shear wall
Lecture 6: Drawing beams
Lecture 7: How to draw slabs in ETABS all three methods
Lecture 8: Drawing the floor slabs and the landing slab
Lecture 9: Drawing the stairs
Lecture 10: Checking the staircase model
Lecture 11: Defining Load Patterns
Lecture 12: Applying floor slab loads
Lecture 13: Applying fixed partition wall loads (beam loads)
Lecture 14: Applying stair and lobby loads
Lecture 15: How to check load applications in ETABS
Lecture 16: Adding an extra column for structural stability
Lecture 17: Fixing slab meshes according to mesh considerations.
Lecture 18: Replicating floors in ETABS
Lecture 19: All Story, Similar story, and one-story working option in ETABS
Lecture 20: Select, Deselect options in ETABS and roof load considerations.
Chapter 4: Wind Load, Wind Pressure Considerations and calculations for a Building
Lecture 1: How to determine structural importance factor
Lecture 2: How to determine occupancy category of building according to code
Lecture 3: How to determine basic wind speed for building design
Lecture 4: How to take wind directionality factor
Lecture 5: Positive and Negative Internal Wind pressure in structures
Lecture 6: Encloser Classification of buildings
Lecture 7: How to determine enclosure classification
Lecture 8: How to determine enclosure classification part-2
Lecture 9: External pressure co-efficient part 1
Lecture 10: External pressure co-efficient part-2
Lecture 11: How to determine velocity pressure exposure co-efficient for building floors
Lecture 12: Surface roughness classifications according to building code
Lecture 13: How to determine exposure categories
Lecture 14: How to determine Exposure categories continued
Lecture 15: How to determine gust effect factor
Lecture 16: Value of Topographic factor
Chapter 5: Defining Wind Load Patterns in ETABS
Lecture 1: How to define wind load patterns in ETABS
Chapter 6: Earthquake Load Consideration and calculation
Lecture 1: Reasons for earthquake
Lecture 2: Tectonic plate movement and the changed geography of the earth
Lecture 3: What is the cause of tectonic plate movement
Lecture 4: Elastic Rebound theory
Lecture 5: Different types of seismic waves
Lecture 6: Difference between earthquake intensity and magnitude
Lecture 7: Peak Ground acceleration
Lecture 8: Design based earthquake, Maximum considered earthquake and Service Earthquake
Lecture 9: Earthquake base shear formula breakdown
Lecture 10: Reason behind response modification factor and seismic detailing
Lecture 11: How to determine seismic zone coefficient
Lecture 12: How to determine soil site classification
Lecture 13: How to calculate normalized acceleration response Spectrem
Lecture 14: How to determine seismic design category of buildings
Lecture 15: How to determine response reduction factor
Lecture 16: How to calculate response reduction factor for buildings with shear walls
Lecture 17: How to calculate seismic weight
Lecture 18: How to calculate Base shear using ASCE code as well as Euro Code
Chapter 7: Define Earthquake load and Mass source in ETABS
Lecture 1: How to define Seismic Load in ETABS
Lecture 2: How and why to define mass source in ETABS
Chapter 8: Analysis & Analysis Output
Lecture 1: How to check total load of a building
Lecture 2: How to check column load of a building with ETABS results
Lecture 3: How to check dead and live load using animation
Lecture 4: Check for lateral loads using animation
Lecture 5: How to change or add support condition in ETABS
Lecture 6: How to see column reaction forces in ETABS
Instructors
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Zahed Zisan
Civil Engineer, Instructor, Educational content creator
Rating Distribution
- 1 stars: 1 votes
- 2 stars: 1 votes
- 3 stars: 1 votes
- 4 stars: 3 votes
- 5 stars: 15 votes
Frequently Asked Questions
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