Structural Design Using Staad-Pro

Structural Design Using Staad-Pro, available at $19.99, has an average rating of 2.5, with 36 lectures, based on 3 reviews, and has 13 subscribers.

You will learn about Structural Design of Structures Recommendation as per Indian standards for the design of Structures Modelling of structures using Staad Pro Analyses of the forces in a structure using Staad Pro Design of Structure using Staad Pro This course is ideal for individuals who are Civil Engineers or Structural Engineers or Structural Stability Enthusiasts It is particularly useful for Civil Engineers or Structural Engineers or Structural Stability Enthusiasts.

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Summary

Title: Structural Design Using Staad-Pro

Price: $19.99

Average Rating: 2.5

Number of Lectures: 36

Number of Published Lectures: 36

Number of Curriculum Items: 36

Number of Published Curriculum Objects: 36

Original Price: ?1,999

Quality Status: approved

Status: Live

What You Will Learn

Structural Design of Structures

Recommendation as per Indian standards for the design of Structures

Modelling of structures using Staad Pro

Analyses of the forces in a structure using Staad Pro

Design of Structure using Staad Pro

Who Should Attend

Civil Engineers

Structural Engineers

Structural Stability Enthusiasts

Target Audiences

Civil Engineers

Structural Engineers

Structural Stability Enthusiasts

Staad Pro is one of the most widely used structural analysis and Design Softwares used in all corners of the world, as it supports more than 90 international steel, concrete, timber & Aluminium design codes.

Its founders M/s Bentley calls it one of the most comprehensive and significant releases till date. The tool has a unique user interface which lets the user to work on every hook & corner of a model and deliver a most detailed output.

It is capable of analysing any structure exposed to static, dynamic, wind, earthquake, thermal, and moving loads and alsoprovides structural analysis and design for any type of project, including towers, buildings, culverts, plants, bridges, stadiums, and marine structures.

This tutorial is a perfect handholding companion which guides you through various tools within Staad Pro coupled with your creative knowledge you can create complex structural models of all kinds

Care is taken to start on a very basic level, and progressing with complicated techniques.

The course starts with a basic introduction to Staad Pro and slowly shifts gears in providing profound experience to the students.

The course is designed in a way, which not only helps them to develop a clear idea about all the features within the tool, but also aides them to practice in a more effective way possible.

Course Curriculum

Chapter 1: INTRODUCTION

Lecture 1: INTRODUCTION TO STAAD-PRO

Lecture 2: SHEAR FORCE & BENDING MOMENT CONCEPT

Lecture 3: USER INTERFACE OF STAAD-PRO

Chapter 2: INITIAL SETTINGS WITHIN THE STAAD PRO

Lecture 1: CONFIGURATION SETTINGS

Lecture 2: SELECTION OF STRUCTURE ENVIRONMENT

Lecture 3: SELECTION OF COMPONENTS TO START WITH MODELLING

Lecture 4: INTRODUCTION TO STAAD EDITOR

Chapter 3: BASIC MODELLING TECHNIQUES

Lecture 1: GEOMETRIC CO-ORDINATE METHOD

Lecture 2: COPY & PASTE METHOD OF MODELLING

Chapter 4: MODEL EDITING TECHNIQUES

Lecture 1: TRANSITIONAL REPEAT

Lecture 2: CIRCULAR REPEAT

Lecture 3: MIRRORING OF COMPONENTS

Lecture 4: INSERTING OF NODES WITHIN A MEMBER

Chapter 5: SNAP NODE/BEAM TECHNIQUE OF MODELLING

Lecture 1: USES OF SNAP NODE/BEAM GRIDS

Lecture 2: MODELLING OF BASIC FRAME USING SNAP NODE/BEAM GRID

Lecture 3: LINEAR GRID & ITS WORKING

Lecture 4: RADIAL GRID & ITS WORKING

Lecture 5: IRREGULAR GRID & ITS USES

Lecture 6: SNAP NODE/BEAM EXERCISES

Chapter 6: MODELLING USING STRUCTURE WIZARD

Lecture 1: INTRODUCTION TO STRUCTURE WIZARD

Lecture 2: TRUSS MODELS USING STRUCTURE WIZARD

Lecture 3: FRAME MODELS USING STRUCTURE WIZARD

Chapter 7: PROPERTIES, SUPPORTS, LOADS, ANALYSIS & DESIGN INTRODUCTION

Lecture 1: DEFINING PROPERTIES

Lecture 2: ASSIGNING PROPERTIES

Lecture 3: VIEWING & CHECKING ASSINED PROPERTIES

Lecture 4: DEFINING SUPPORTS

Lecture 5: ASSIGNING SUPPORTS

Lecture 6: DEFINING LOADS

Lecture 7: ASSIGNING LOADS

Lecture 8: ANALYSIS OF A SIMPLE BEAM

Lecture 9: DESIGN OF A SIMPLE BEAM

Chapter 8: ANALYSIS & DESIGN WITH EXAMPLES

Lecture 1: EXAMPLE WITH UNIFORMLY DISTRIBUTED LOAD(UDL) & CANTILEVER BEAM

Lecture 2: EXAMPLE WITH UNIFORMLY DISTRIBUTED LOAD WITH FIXED AND PINNED SUPPORTS

Lecture 3: EXAMPLE WITH CONCENTRATED LOADING

Lecture 4: EXAMPLE WITH COMBINATION OF CONCENTRATED LOAD & UDL

Chapter 9: WIND LOAD CALCULATIONS

Lecture 1: DESIGN WIND SPEED CALCULATIONS-VZ

Instructors

Nakul Srinivas Murthy
Assistant General Manager- Project Management

Rating Distribution

1 stars: 1 votes

2 stars: 0 votes

3 stars: 0 votes

4 stars: 1 votes

5 stars: 1 votes

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