Steel Design Module 2 - ANSI/AISC 360-16 Standard - AulaGEO
What you'll learn
- Handling and interpretation of the ANSI/AISC 360-16 standard
- Identification of results in ETABS software
- Learning to use spreadsheet software in MATLAB
- Execution of a real project in Steel, with Special Moment Frames (SMF)
Requirements
- You don't need experience as a Structural Engineer, you will learn everything here!!
- The software used will help validate the exercises
Description
Course Summary: Welcome to "Advanced Structural Steel Analysis with MATLAB," a comprehensive course designed to equip you with the practical skills and theoretical knowledge needed to excel in structural steel analysis using MATLAB. This course covers a wide range of topics essential for structural engineers, focusing on the application of MATLAB in designing and analyzing steel structures, particularly in special moment frames.
Objective: The primary objective of this course is to provide participants with a deep understanding of structural steel analysis and the practical application of MATLAB software. By the end of this course, you will be proficient in using MATLAB to perform complex calculations, generate curves, and analyze structural steel components, ensuring they meet the required safety and performance standards.
Target Audience: This course is ideal for:
Structural engineers looking to enhance their analytical skills using MATLAB.
Civil engineering students and graduates who want to specialize in structural steel design.
Professionals in the construction and infrastructure industry seeking to understand the practical application of MATLAB in structural analysis.
Anyone with a basic understanding of structural engineering concepts who wants to learn how to use MATLAB for advanced structural analysis. #AulaGEO
Course Content:
Introduction
Lecture 1: Practical Application of IP360 Profile in Special Moment Frames
Understanding the IP360 profile and its use in special moment frames.
Practical application examples.
Lecture 2: Example Design of Flexural Members Using MATLAB
Step-by-step design process of flexural members.
Application of design principles using MATLAB.
Lecture 3: Introduction to MATLAB for Flexural Member Design
Basics of MATLAB for beginners.
Setting up MATLAB for structural analysis.
Lecture 4: Introduction to Local Buckling in Steel Flexural Members Using MATLAB
Understanding local buckling and its significance.
Using MATLAB to analyze local buckling.
Lecture 5: Calculating Characteristic Lengths and Plastic Moments Using MATLAB
Definitions and importance of characteristic lengths and plastic moments.
Calculation methods in MATLAB.
Lecture 6: Generating Curves for Cb Values in MATLAB
Explanation of Cb values and their impact on structural analysis.
Generating and interpreting curves using MATLAB.
Lecture 7: Calculating Curves for Different Cb Values in MATLAB
Advanced techniques for calculating curves with varying Cb values.
Practical examples and applications.
Lecture 8: Plotting Nominal Moment Curves in MATLAB
Methods for plotting nominal moment curves.
Analyzing and interpreting the plotted curves.
Lecture 9: Calculating Nominal Moment for Lb with Varying Cb in MATLAB
Detailed calculations for nominal moments considering different unbraced lengths (Lb) and Cb values.
Using MATLAB for precise calculations.
Lecture 10: Calculating Nominal Moment and Shear in MATLAB for Cb ≠ 1
Analyzing nominal moment and shear for non-standard Cb values.
Ensuring structural integrity through detailed MATLAB analysis.
Lecture 11: Setting Up and Running Algorithms in MATLAB for Structural Steel Analysis
Comprehensive guide to setting up MATLAB for structural analysis.
Running and troubleshooting algorithms for accurate results.
Enroll now to master the art of structural steel analysis with MATLAB and take your engineering skills to the next level!
Who this course is for:
- Civil Engineers
- BIM Modelers
- Structural Engineers
- Architects
- Students of engineering, architecture
- ETABS, MATLAB users
Instructor
- 4.0 Instructor Rating
- 5,014 Reviews
- 74,139 Students
- 135 Courses
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