Bentley Staad Pro - Structural Analysis & Design Software

Professional Learning of Analysis and Design of Structure form basic to advanced course

What you'll learn
Introduction of STAAD Pro and Structural Engineering
Create/Modify Beam and Nodes
Apply Different Type of Load and Support to Structure
Apply Different Specification to Structure
Analysis and Design of Steel Structure
Analysis and Design of Concrete Structure
Analysis of Stare Case
Wind Load application to Multi Story Building
Earthquake Load application to Multi Story Building
Understand and interpretation of outcome/Results

Requirements
Basic knowledge of Structural Analysis and Design
Basic Knowledge of Drafting Software like AutoCAD
You should have basic understanding of computer.
Need Staad Pro Software. You can Download Academic Version.
Basic Understanding of Engineering Design
Know Codal Provision

Description
STAAD Pro stands for Structural Analysis and design. STAAD Pro v8i Software is widely used in analyzing and designing structures – buildings, bridges, towers, transportation, industrial and utility structures.Perform comprehensive analysis and design for any size or type of structure faster than ever before using the new STAAD.Pro V8i. Simplify your BIM workflow by using a physical model in STAAD.Pro that is automatically converted into the analytical model for your structural analysis. Share synchronized models with confidence for multi-discipline team collaboration and, most importantly, deliver safe, cost-effective designs.

Overview
Section 1: Introduction

Lecture 1 STAAD Screen Organisation

Section 2: Geometry Creation

Lecture 2 Create Geometry (add Beam and Node)

Lecture 3 Modifying Beam - Part 01

Lecture 4 Modifying Beam - Part 02

Lecture 5 Assign Property Support Specification

Lecture 6 Stretch Command

Lecture 7 Mirror Command

Lecture 8 Circular Repeat and Rotation Command

Lecture 9 Import CAD File

Lecture 10 Copy, Paste and Reference Command

Section 3: Load Application

Lecture 11 Apply Floor Load

Lecture 12 Basic Load Calculation in Building

Lecture 13 Apply Load to Plane Frame

Section 4: Analysis and Design of Steel Structure

Lecture 14 Structure Wizards

Lecture 15 How to Develop Truss

Lecture 16 Analysis of Truss using Snap Node Approach - Part 01

Lecture 17 Analysis of Truss using Snap Node Approach Part 02

Section 5: Analysis and Design of Concrete Structure

Lecture 18 Analysis of Simply Supported Beam

Lecture 19 Analysis of Overhanging Beam

Lecture 20 Analysis and Design of Portal Frame

Lecture 21 How To Analysis Staircase

Lecture 22 Elevated Water Tank Analysis

Section 6: Seismic Coefficient Method

Lecture 23 Earthquake Seismic Coefficient

Lecture 24 Shear Wall

Section 7: Response Spectrum Analysis

Lecture 25 Response Spectrum Analysis

Section 8: Time History Analysis

Lecture 26 Time History Analysis

Civil Engineer,Structural Engineer,Design Engineer

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