Diploma in Design of Steel Structures

Diploma in Design of Steel Structures, available at $69.99, has an average rating of 4.05, with 37 lectures, 6 quizzes, based on 63 reviews, and has 744 subscribers.

You will learn about Design of Steel Members Design of steel connections Design of Beam and Slab Design of Column and Foundation Design on Structural Softwares This course is ideal for individuals who are Architecture or Civil Engineers or Structural Engineers or 3D Modelers It is particularly useful for Architecture or Civil Engineers or Structural Engineers or 3D Modelers.

Enroll now: Diploma in Design of Steel Structures

Summary

Title: Diploma in Design of Steel Structures

Price: $69.99

Average Rating: 4.05

Number of Lectures: 37

Number of Quizzes: 6

Number of Published Lectures: 37

Number of Published Quizzes: 6

Number of Curriculum Items: 44

Number of Published Curriculum Objects: 44

Number of Practice Tests: 2

Number of Published Practice Tests: 2

Original Price: $22.99

Quality Status: approved

Status: Live

What You Will Learn

Design of Steel Members

Design of steel connections

Design of Beam and Slab

Design of Column and Foundation

Design on Structural Softwares

Who Should Attend

Architecture

Civil Engineers

Structural Engineers

3D Modelers

Target Audiences

Architecture

Civil Engineers

Structural Engineers

3D Modelers

(Note:- Course contents will be updated on weel;y basis).

In this course you will learn various classified course modules:-

Module 1.) Fundamentals of Steel Structures.

1.1 Steel as construction material.

1.2 Steel structures: Towers, Roof.

of steel condition. trusses, Water Tanks, Bridges,

structures.

1.4 Loads acting on steel structures.

1.3 Stress Strain graph for load etc. acting on the given mild steel.

1.5 Limit State Method of design:

Sub- Topics covered

1 a. Fundamentals of steel structure.

1 b. Use steel table to identify Gantry and Crane _ girders,

different properties of given Columns, Chimney, building

steel sections. frames etc.

1 c. Explain the various type(s) of | {1.3 Types, grades and strength of

loads (Dead load, live load, steel sections, Steel Table, IS

impact load, seismic load, snow 808-1989.

steel structures.

1 d. Select the relevant factors to according to IS 875-1987 part |

calculate seismic forces for to IV.

given civil structure.

1 e. Choose the partial safety factor Meaning and types of limit

as per the guidelines laid in IS states, loads, design criteria, limit

for the given situation. states of strength, limit states of serviceability.

1 f. Explain the Advantages and serviceability.

disadvantages of steel as 1.6 Factors of safety and load factors

construction material in the as per IS 800:2007.

Module 2.) Design of Steel Connections.

2.1 bolts, modes of failure,

2.2 Specifications of bolt holes for bolted connections.

2.3 Strength of bolt in shear, tension, bearing and efficiency of joint.

2.4 Analysis and design of bolted joints for axially loaded plate, single and double angle members

2.5 Welded connections: Butt and Fillet welds, size of weld, throat thickness

2.6 Analysis and design of fillet welded joint for plate, single and double angle members subjected to axial load.

Additional Bonus Lectures on:-

1. Design the bolted connections.

2. Compute the strength of the given welded connections.

3. Design the welded connections for given situations.

4. State the Specifications for cross-sectional area, pitch, Spacing, gauge, end distance, edge distance, and diameter of bolt holes for bolted connections with justification.

5. Explain the advantages and disadvantages of given welded connection.)

More Course Content Will be updated on Weekly Basis

All basic concepts are explained and simplified.

Thanks all for your support.

Global Education Foundation.

Course Curriculum

Chapter 1: About US-GEF:-

Lecture 1: About US

Chapter 2: Introduction to the Course

Lecture 1: Introducing the Course

Chapter 3: 1. Details and Introduction

Lecture 1: 1. Introduction

Lecture 2: More E-Content Coming Soon

Chapter 4: 2. STEEL AS A INTERIOR

Lecture 1: 2. STEEL AS A INTERIOR

Chapter 5: 3. Structural Steel Connections

Lecture 1: 3. Steel Connections

Chapter 6: 4. Methods of Steel Design

Lecture 1: 4. Methods of Steel Design

Lecture 2: Code of Design standards:-

Chapter 7: 5. STRUCTURAL STEEL & US STEEL TOWER

Lecture 1: 5. STRUCTURAL STEEL & US STEEL TOWER

Chapter 8: 6. FAMOUS STEEL BUILDINGS

Lecture 1: 6. WORLDS FAMOUS STEEL BUILDINGS

Chapter 9: 7. STEEL MEMBERS AND WELDING

Lecture 1: 7. STEEL MEMBERS AND WELDING

Chapter 10: 8. STRESS STRAIN CURVE DETAILS

Lecture 1: 8. STRESS STRAIN CURVE DETAILS

Lecture 2: More E-Content Coming Soon

Chapter 11: 9. Steel Elasticity & Rigidity

Lecture 1: Steel Elasticity & Rigidity

Chapter 12: 10. Limit State Method of Design

Lecture 1: Limit State method

Lecture 2: Design concepts

Chapter 13: 11. Design of Steel Connections

Lecture 1: Introduction to Steel Connections

Lecture 2: Details of Bolted Connections

Lecture 3: Loadings on Bolts and types

Lecture 4: Shearing Capacity of bolts

Lecture 5: Bearing Capacity of Bolts

Lecture 6: Tearing Capacity of Steel Plates

Lecture 7: Efficiency of Bolted Joint

Lecture 8: More Econtent Will be Added Soon

Chapter 14: 12. Numericals on Bolted Connection

Lecture 1: Numerical 1 on Bolted Lap.Joint Connection:

Lecture 2: Numerical No.1 Final Solution

Chapter 15: Numericals on Double Cover plate Bolted Connection

Lecture 1: Numerical on Double cover plate Bolted Connection

Lecture 2: Remaining Numerical Part II

Chapter 16: Welded Connection All Details Including design & Numericals

Lecture 1: Welded Connection details

Lecture 2: Fillet Weld All Details

Lecture 3: Design of Welded connection numerical 1

Chapter 17: Upcoming Course

Lecture 1: RCC Design

Chapter 18: Course material & Reference Books

Lecture 1: Books

Chapter 19: Design of Tension Members

Chapter 20: Design of Compression members

Chapter 21: Extra sessions

Lecture 1: Extra lecture 1

Chapter 22: Exam review

Lecture 1: Exam practice

Chapter 23: SOLVE MCQ FOR PRACTICE PURPOSEPFA

Lecture 1: SOLVE MCQ FOR PRACTICE PURPOSEPFA

Chapter 24: Etabs in Design introduction

Lecture 1: Etabs

Instructors

Global Education Foundation
Simplified Education should reach to all corners of World

Rating Distribution

1 stars: 4 votes

2 stars: 4 votes

3 stars: 14 votes

4 stars: 10 votes

5 stars: 31 votes

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