AISC Steel Design Course Part 2 of 7

AISC Steel Design Course – Part 2 of 7, available at $19.99, has an average rating of 4.88, with 39 lectures, based on 4 reviews, and has 44 subscribers.

You will learn about Analysis of Tension Members Application of Block Shear Calculating net areas and effect of staggered holes Design of Tension Members This course is ideal for individuals who are Civil Engineering Students or Structural Engineering Students or Structural EITs or Construction Engineering Students or Basically anyone who has interest in this topic It is particularly useful for Civil Engineering Students or Structural Engineering Students or Structural EITs or Construction Engineering Students or Basically anyone who has interest in this topic.

Enroll now: AISC Steel Design Course – Part 2 of 7

Summary

Title: AISC Steel Design Course – Part 2 of 7

Price: $19.99

Average Rating: 4.88

Number of Lectures: 39

Number of Published Lectures: 39

Number of Curriculum Items: 39

Number of Published Curriculum Objects: 39

Original Price: CA$29.99

Quality Status: approved

Status: Live

What You Will Learn

Analysis of Tension Members

Application of Block Shear

Calculating net areas and effect of staggered holes

Design of Tension Members

Who Should Attend

Civil Engineering Students

Structural Engineering Students

Structural EITs

Construction Engineering Students

Basically anyone who has interest in this topic

Target Audiences

Civil Engineering Students

Structural Engineering Students

Structural EITs

Construction Engineering Students

Basically anyone who has interest in this topic

This course is a continuation of Part 1, which dealt with pretty much the introduction to structural steel design, and design methodologies. Part 2 of the AISC Steel Design Course, will deal with the analysis and design of tension members. ASIC 360-22 has been used as a guide, which is the last spec, available at the time of course creation. This five-hour course dives exceptionally deep into the concepts and practical examples relating to steel tension design.

The following topics will be covered in this part of the course:

1) Introduction to Tension Members

2) Nominal Strength of Tension Members

3) Net Area with one example

4) Effect of Staggered Holes with four examples

5) Effective Net Areas with four examples

6) Connecting Elements for Tension Members with one example

7) Block Shear with three examples

8) Selection of Sections with two examples

9) Built-up Tension Members with one example

10) Rod and Bars with one example

11) Pin-Connected Members

12) Design for Fatigue Loads with one example

At the end of each section, you will face two challenging assignments.

Come and join me in this course, to expand your knowledge of steel tension design.

In the next part of this course, we will discuss the design and analysis of axially compression members!

Course Curriculum

Chapter 1: Analysis of Tension Members

Lecture 1: 3.0 Chapter Overview

Lecture 2: 3.1 Introduction

Lecture 3: 3.2 Nominal Strengths of Tension Members

Lecture 4: 3.3 Net Areas

Lecture 5: 3.4 Example 1

Lecture 6: 3.5 Effect of Staggered Holes

Lecture 7: 3.6 Example 2

Lecture 8: 3.7 Example 3

Lecture 9: 3.8 Example 4

Lecture 10: 3.9 Example 5

Lecture 11: 3.10 Effective Net Areas (Part I of III)

Lecture 12: 3.11 Effective Net Areas (Part II of III)

Lecture 13: 3.12 Example 6

Lecture 14: 3.13 Example 7

Lecture 15: 3.14 Effective Net Areas (Part III of III)

Lecture 16: 3.15 Example 8

Lecture 17: 3.16 Example 9

Lecture 18: 3.17 Connecting Elements for Tension Members

Lecture 19: 3.18 Example 10

Lecture 20: 3.19 Block Shear

Lecture 21: 3.20 Example 11

Lecture 22: 3.21 Example 12

Lecture 23: 3.22 Example 13

Lecture 24: 3.23 Congratulations!

Lecture 25: Assignment – I

Chapter 2: Design of Tension Members

Lecture 1: 4.0 Chapter Overview

Lecture 2: 4.1 Selection of Sections

Lecture 3: 4.2 Example 1

Lecture 4: 4.3 Example 2

Lecture 5: 4.4 Built-Up Tension Members

Lecture 6: 4.5 Example 3

Lecture 7: 4.6 Rods and Bars

Lecture 8: 4.7 Example 4

Lecture 9: 4.8 Pin-Connected Members

Lecture 10: 4.9 Design for Fatigue Loads

Lecture 11: 4.10 Example 5

Lecture 12: 4.11 Congratulations !!

Lecture 13: Assignment – II

Lecture 14: Next Steps !

Instructors

Harshil Shah
A Structural Designer, having a passion to teach.

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