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4.3 out of 5
4.3
17 reviews on Udemy

STAAD.Pro Course For Absolute Beginners

Structural Analysis and Design of a Building | Become a Structural Design Engineer!
Instructor:
Kesp Creation
60 students enrolled
English
Widely used tool in STAAD Pro
Structural Engineering: Structural Analysis and Design of RCC Structures as Per IS 456, IS 1893
Concepts and Principles of Earthquake Resistant Building Design
Wind and Earthquake Load Application
Seismic Analysis and Design of a Residential Building
Interpretation of Design Results
Linear Static Analysis of RCC Building

The only course you need to learn Structural Analysis and Design of the RCC Building in an easy way.

If you are a Beginner or a Seasoned Design Engineer wanted to take things to the next level? then this course is for you!. This course not only covers widely used tools of STAAD Software but also the real-world structural design of a Reinforced Concrete Building.

STAAD.Pro, a widely used software for structural analysis and design of concrete & steel structures around the globe. STAAD.Pro stands for Structural Analysis and Design Program. In this course, you will get an end to end experience on STAAD.Pro from basic to advanced level concepts. Practice Exercise, quiz, and Readings are provided at the end of every section.

Earthquakes don’t kill people, buildings do! 

Thousands of lives can be saved every year by designing seismic-resistant buildings.

Introduction

1
Introduction to STAAD.Pro
2
Installation Guideline
3
Creating a Project
4
Widely used Tool
5
Introduction to GUI of STAAD.Pro, Axis system in STAAD.Pro, Beam and Node Number
6
Introduction to STAAD Editor
7
Principle of Earthquake Resistant Building
8
Introduction to Structural Analysis and Design
9
Section 1: Quiz (Optional)

This quiz tests your learning from the previous lessons. Multiple attempts allowed. There is no any marks for it

Structural Analysis of RCC Beam

1
Drawing the Beam
2
Define Beam Member Properties
3
Assigning Support to the BEAM
4
Defining the Load and assigning it
5
Analyzing the Beam
6
Displaying Deflection, Shear Force and Bending moment Diagram and Report
7
Analyze the given continuous Beam

Frame Analysis and Design

1
Introduction to Structure Wizard
2
Import the Frame
3
Understanding the View in STAAD.Pro
4
Modelling Frame
5
Defining the Loads
6
Running Analysis
7
Displaying Reactions, Shear force & Bending Moment Diagram
8
Design
9
Key Conclusions of this SECTION

Practical Example: Residential Building Analysis and Design

1
Reading Architecture Drawing of a residential Building
2
Plan the Location of Column
3
Modelling of Building in STAAD.Pro
4
Assign Section Properties and Stiffness Reduction Factor
5
Explanation of Live Load as per IS 875- Part 2
6
Define Seismic Definition
7
Adding Load Cases
8
Calculation of Brick wall Dead Loads and Applying on the Beams
9
Calculation of Dead Loads for Slabs and Application
10
Application of the Live Load
11
Application of Staircase Loading on RCC Beams
12
Backup STAAD Editor File
13
Reading: KN, Tonne and Kilogram
14
Download Important IS Codes
15
Revision Quiz (Optional)

This is to check your learnings from the previous section. It doesn't carry any marks.

16
Modelling Simple unsymmetrical Building plan in STAAD.Pro [Optional]

Introduction to Earthquake Resistant Design Code: IS 1893 (Part 1) :2002/2016

1
Introduction
2
What is Seismic Weight ?
3
What is Base Shear, Storey Shear and Storey Drift ?
4
Zone Factor (Z)
5
Structural Response Factor (Sa/g)
6
Response Reduction Factor (R)
7
Importance Factor(I)
8
Imposed Load Reduction
9
Example: Calculate SEISMIC WEIGHT of Simple Frame

At the end of this lecture, you will get to know how we can calculate seismic load manually and how STAAD will calculate it automatically.

Seismic Analysis and Design of Residential Building

1
Copying the Loads for Total Seismic Weight
2
Codal Provision for Load Combination as Per IS 1893
3
Adding Load Combination
4
Structural Analysis of Seismic Resistant Building

At the end of this lecture, you will be able to view & extract Seismic Weight, Base Shear, Storey Shear value from STAAD.Pro

5
Design Of Seismic Resistant Building
6
Interpretation of Design Results

Wind Load Application and Design of Building

1
Excel Spreadsheet
2
Calculation of Wind Load in Excel Sheet as Per IS 875 (Part 3)
3
Define Wind Definition and Wind Load Cases in STAAD.Pro
4
Defining Load Combination as per IS 456:2000 Table 18
5
Analysis and Design
6
Interpretation of Results
7
Instructor Message

Design of Slab and Footing

1
Design of Slab as per IS 456

Check Resource of this lecture to download Slab Design Excel Sheets

2
Introduction to Foundation Design
3
Determining Size of Footing

Bonus Materials

1
Design of Slab
2
Wind Load Calculation

Troubleshooting Errors and Warning in STAAD.Pro

1
Note
2
Search Errors
3
Modelling error: Missing Member Property & ELASTIC MODULUS (E) NOT ENTERED
4
UBC Analysis Error
5
Support Error
6
DENSITY NOT PROVIDED. SELFWEIGHT COMMAND IGNORED Error
7
Design Errors and Warnings
You can view and review the lecture materials indefinitely, like an on-demand channel.
Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don't have an internet connection, some instructors also let their students download course lectures. That's up to the instructor though, so make sure you get on their good side!
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4.3 out of 5
17 Ratings

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Includes

4 hours on-demand video
14 articles
Certificate of Completion

About

AulaGEO is a Ge-engineering specialized academy.

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