Staadpro V8I Structural Analysis & Design Of A Rcc Building

Structural Analysis and design of a RCC building from Scratch in Staad Pro Software (Beginner to Advanced)

What you'll learn

Staad Pro Software

Analysis and Design of RCC structure

Lateral load Analysis of a building as per IS-456, IS-875, IS-1893-2016, and detailing as per IS-13920

Design and Detailing of RCC slab, beam, column and foundation as per IS-456 and IS-13920

Requirements

Staad Pro Software shall be installed in the system

Autocad software required to create Structural Drawings

Passion to learn structural design

Description

This course is mainly designed to bridge the gap between theoretical and practical knowledge and it teaches you all the basic things you need for analyzing and designing an RCC structure. This helps you to understand all the basic concepts of Structural Analysis which is the backbone of Structural Design and continues the process of design and detailing of the structure. This course ensures that you do not need to have any prior experience in structural analysis and design software.The systematic arrangement of this course helps to you learn the software and all the concepts from scratch and will take you to the next level. At end of this course, you will have all the necessary knowledge to design a safe and economical structure.This will help you to work as a structural design engineer or structural consultant on your own.STAAD Pro stands for STructural Analysis And Design. STAAD Pro v8i Software is widely used in analyzing and designing structures like buildings, bridges, towers, wastewater treatment plants, tunnels, and industrial structures. This software was developed by Research Engineers International in the year 1997 and later on, in 2005 Bentley systems bought this from research engineers international.  It supports over 90 International concrete, steel, aluminum, and timber design codes.

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: What is Structural Analysis and Design

Lecture 2 Structural Analaysis and Design

Section 3: Staad.Pro Introduction

Lecture 3 Staad.Pro Introduction

Lecture 4 Staad.Pro Interface

Lecture 5 Principles of Staad.Pro

Lecture 6 Staad Editor Introduction

Section 4: Modelling Options in Staad.Pro

Lecture 7 Using Snap Node or Beam

Lecture 8 Creating Node & Beam

Lecture 9 Using Structure Wizard

Lecture 10 Using Staad Editor

Lecture 11 Import from Autocad

Section 5: Various Tool Options in Staad.Pro

Lecture 12 Introduction to Tools & Basic Modelling

Lecture 13 Introduction to Plate and Plate Meshing

Lecture 14 Circular Repeat and Circular Grid

Lecture 15 Various View Options in Staad.Pro

Section 6: Input Specifications in Staad.Pro

Lecture 16 Member & Material Properties

Lecture 17 What is Support & Types of Support

Lecture 18 Support Conditions in Staad.Pro

Lecture 19 Loadings & their Assignments

Lecture 20 Floor, Group & Plate Loading

Section 7: Staad.Pro Global Axis & Local Axis

Lecture 21 Global & Local axis in Staad.Pro

Section 8: Pre Analysis & Post Analysis in Staad.Pro

Lecture 22 Load Combinations, Pre & Post Print Analysis

Lecture 23 Analysis & Post Processing mode

Section 9: Technical Terms used in Structural Analysis and Design

Lecture 24 Force of Resistance

Lecture 25 What is Tension

Lecture 26 What is Compression

Lecture 27 What is Reinforced Cement Concrete

Lecture 28 What is Equilibrium

Lecture 29 What is Support & Types of Support

Lecture 30 What is Bending Moment

Lecture 31 What is Shear Force

Lecture 32 How BM & SF developed in Structural Members

Lecture 33 What is Torsion

Lecture 34 What is Deflection

Section 10: Introduction to Structural Members

Lecture 35 Footing

Lecture 36 Column

Lecture 37 Beams

Lecture 38 Slabs

Lecture 39 Staircase

Section 11: How to Choose Preliminary size of a Structural Member

Lecture 40 Slab

Lecture 41 Beam

Lecture 42 Column

Lecture 43 Standard size of Column

Lecture 44 Footing

Section 12: How to convert Architectural Drawing to Structural Drawing

Lecture 45 How to read Architectural Drawings

Lecture 46 How to locate the Columns

Lecture 47 How to make the Framing Plan

Lecture 48 Dimensions of the Structural Member

Section 13: Modeling the Structure in Staad.Pro

Lecture 49 Modeling in Staad.Pro

Lecture 50 Check the model

Section 14: Stress Strain curve for Concrete and Steel

Lecture 51 Reinforced Cement Concrete

Lecture 52 What is Stress

Lecture 53 What is Strain

Lecture 54 Stress Strain Curve for Concrete

Lecture 55 Stress Strain Curve for Steel

Section 15: Define and Assigning Member Properties

Lecture 56 Define and Assigning member properties

Lecture 57 Stiffness Modifiers

Lecture 58 Assigning Stiffness Modifiers

Lecture 59 Assigning Support Conditions

Section 16: List of IS Codes and Standards

Lecture 60 List of IS codes and Standards

Section 17: Over view of Seismic loads

Lecture 61 What is an Earthquake

Lecture 62 Earthquake Design Philosophy

Lecture 63 List of IS codes used in Earthquake Design

Lecture 64 Earthquake Load on Buildings

Lecture 65 Static and Dynamic Analysis

Lecture 66 Response of RCC Structure during Earthquake

Section 18: Seismic Load Definitions

Lecture 67 Seismic Load Definitions

Section 19: Define Seismic Load cases

Lecture 68 Define Seismic load cases

Lecture 69 Define Response Spectrum Cases

Lecture 70 Define Mass Source

Lecture 71 Define Floor Diaphragm

Section 20: Define and Assign the Gravity Loads

Lecture 72 Load Transfer Mechanism

Lecture 73 Calculation of Dead load

Lecture 74 Calculation of Staircase loads

Lecture 75 Calculation of Live loads

Lecture 76 Assigning Dead and Live load

Section 21: Over view of wind load

Lecture 77 What is Wind Load

Lecture 78 Concept of Wind Load

Lecture 79 Lateral Sway

Lecture 80 Wind Load Calculation

Section 22: Wind Load Definitions

Lecture 81 Wind Load Definitions as per IS-875-Part-3

Section 23: Define Wind Load cases

Lecture 82 Define Wind load cases

Section 24: Load Combinations

Lecture 83 Limit State of Collapse and Limit State of Serviceability

Lecture 84 Load Combinations as per IS-1893 and IS-456

Lecture 85 3.Load Combinations in Staad.Pro

Section 25: Structural Analysis

Lecture 86 Structural Analysis

Section 26: Structural Design

Lecture 87 Define and Assign Design Parameters

Lecture 88 Interpret Results

Section 27: 27.Design and Detailing of Isolated Footing

Lecture 89 Design and Detailing of Isolated Footing

Structural Engineers,Civil Engineers,Any one who is willing to learn structural engineering