AISC Steel Design Course - Part 2 of 7
Learn steel tension member analysis and design. Covers key concepts for structural engineering.
Course Content
AISC Steel Design Course - Part 2 of 7 is an intermediate-level Udemy course taught by Harshil Shah. It runs 4h 51m, is taught in English, and includes a certificate of completion. Learners rate it 4.7 out of 5 from 7 reviews, with 68 students enrolled. It is a paid course, first published March 2023.
Delve deeper into structural steel design with Part 2 of the comprehensive AISC Steel Design Course! Building upon the fundamentals introduced in Part 1, this five-hour course focuses specifically on the analysis and design of tension members in steel structures. We'll utilize the latest AISC 360-22 specification to guide our learning.
This course provides an in-depth exploration of steel tension design concepts, complemented by practical examples to solidify your understanding. You'll gain hands-on experience with critical topics, including:
- Introduction to Tension Members: A foundational overview of tension member behavior.
- Nominal Strength of Tension Members: Understanding the strength capacity of steel sections under tension.
- Net Area Calculations: Learn to accurately determine the usable area for tension. Includes one practical example.
- Effect of Staggered Holes: Explore how hole placement impacts tension member strength. Includes four detailed examples.
- Effective Net Areas: Calculate effective net areas considering various factors. Includes four examples.
- Connecting Elements for Tension Members: Understanding connections and their role in tension member performance. Includes one example.
- Block Shear: Analyze and design for block shear failures. Includes three examples.
- Section Selection: Learn how to choose appropriate steel sections for tension applications. Includes two examples.
- Built-up Tension Members: Design complex tension members composed of multiple sections. Includes one example.
- Rod and Bars: Design tension members using rods and bars. Includes one example.
- Pin-Connected Members: Analyze and design tension members with pin connections. Includes one example.
- Design for Fatigue Loads: Address fatigue considerations in tension member design. Includes one example.
To reinforce your learning, you'll tackle challenging assignments at the end of each section.
Expand your expertise in steel tension design – join us in this advanced course! The next installment will cover the design and analysis of axially compression members.
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