Advance Professional Course in Steel Commercial (Part-I)

Advance Professional Course in Steel Commercial (Part-I), available at $49.99, has an average rating of 4.67, with 31 lectures, based on 9 reviews, and has 1116 subscribers.

You will learn about Analysis Design of G+3 Steel Commercial Building using IS 800 : 2007 Design Analysis of 20m span Steel Roof Truss Earthquake Load Assignment as per IS, WInd Load as per IS Optimization and Finalization of Steel Members This course is ideal for individuals who are Professional Structural Engineers or Professional Civil Engineers or Civil Engineers, Practitioner and Students or Government or Institutional Engineers to Check other's work It is particularly useful for Professional Structural Engineers or Professional Civil Engineers or Civil Engineers, Practitioner and Students or Government or Institutional Engineers to Check other's work.

Enroll now: Advance Professional Course in Steel Commercial (Part-I)

Summary

Title: Advance Professional Course in Steel Commercial (Part-I)

Price: $49.99

Average Rating: 4.67

Number of Lectures: 31

Number of Published Lectures: 31

Number of Curriculum Items: 31

Number of Published Curriculum Objects: 31

Original Price: $39.99

Quality Status: approved

Status: Live

What You Will Learn

Analysis Design of G+3 Steel Commercial Building using IS 800 : 2007
Design Analysis of 20m span Steel Roof Truss
Earthquake Load Assignment as per IS, WInd Load as per IS
Optimization and Finalization of Steel Members

Who Should Attend

Professional Structural Engineers
Professional Civil Engineers
Civil Engineers, Practitioner and Students
Government or Institutional Engineers to Check other's work

Target Audiences

Professional Structural Engineers
Professional Civil Engineers
Civil Engineers, Practitioner and Students
Government or Institutional Engineers to Check other's work

DESIGN OF STEEL-FRAMED COMMERCIAL; BUILDING (G+3 STORY MULTI-PURPOSE BUILDING) USING BENTLEY STAAD PRO, RAM CONNECTION, IDEASTATICA and STEEL AUTODRAFTER IN ACCORDANCE TO IS 800

Course Flow

· Analysis and design of a G+3 Steel Commercial Building with roof truss using IS 800:2007

· Optimization and finalization of steel members

Prerequisites:

· Basic Knowledge and Practice in Structural Analysis and Design

· Basics in STAAD Pro

TOOLS:

· STAAD Pro

STAAD Pro CONNECT Edition

Bentley STAAD Pro is the most popular structural engineering software product for 3D model generation, analysis and multi-material design. It has as intuitive, user-friendly graphical user interface, visualization tools, powerful analysis and design facilities and seamless integration to several other modeling and design software products. The software is fully compatible with all Windows operating systems.

· For static or dynamic analysis of buildings, bridges, containment structures, embedded structures (tunnels and culverts), pipe racks, steel, concrete, aluminum or timber buildings, transmission towers, stadiums or any other simple or complex structure, STAAD Prohas been the choice of design professionals around the world for their specific analysis needs.

Note: This course Part-I is followed by Part-II, where the remaining parts of steel conenction designs- baseplate design, beam-column conenction, bracing conenction, purlin connections etc and autoamtic steel drawing generation using Steel AutoDrafter is taught.

Course Curriculum

Lecture 1: Total Overview of the Course

Chapter 1: 01 Introduction of the Course

Lecture 1: 01.01 Introduction of the Course

Lecture 2: 01.02 STAAD Pro 2023 Interface

Lecture 3: 01.03 Global Axes

Lecture 4: 01.04 Local Axes

Lecture 5: 01.05 View Menu

Lecture 6: 01.06 Text Editor

Chapter 2: 02 Project Overview

Lecture 1: 02.01 Plan, Elevation of the Project

Chapter 3: 03 Loadings (Overview)

Lecture 1: 03.01 Loadings (overview)

Chapter 4: 04 Modelling, Supports, Material, Specifications, Loads Assignment and Load Comb

Lecture 1: 04.01 Study of Project Drawing

Lecture 2: 04.02-01 Create Plinth Beam

Lecture 3: 04.02-02 Create First Floor Beams

Lecture 4: 04.02-03 Create All Floor Beams

Lecture 5: 04.03-01 Create Truss Elements

Lecture 6: 04.03-02 Create Purlins and Horizontal Bracings

Lecture 7: 04.04-01 Create Supports

Lecture 8: 04.04-02 Create Groups

Lecture 9: 04.05-01 Define Materials

Lecture 10: 04.05-02 Assign Property

Lecture 11: 04.05-03 Assign Specifications and Releases

Lecture 12: 04.06_01 Dead Load and Live Loads

Lecture 13: 04.06_02 Define Reference Load for Mass, Define EQK Load

Lecture 14: 04.07_01 Wind Load Calculation

Lecture 15: 04.07_02 Wind Load Cases

Lecture 16: 04.08_01

Chapter 5: 05 Earthquake Load Assignment Procedure (Special Case)

Lecture 1: 05.01 -01 Assign Earthquake Load

Lecture 2: 05.01-02 Check Drift Limit due to EQK

Chapter 6: 06 Steel Design Parameters as per IS 800

Lecture 1: 06.01-01 About IS 800 Steel Design Parameters

Lecture 2: 06.01-02 Steel Parameter-01

Lecture 3: 06.02 Steel Parameter-02 (Slenderness Check)

Lecture 4: 06.03 Steel Parameter-03 (Deflection Check)

Instructors

Devendra Man Palikhe
Structural Engineer

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3 stars: 1 votes
4 stars: 3 votes
5 stars: 5 votes

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