Steel Design Module 3 – ANSI/AISC 360–16 Standard – AulaGEO

What you'll learn
Master the use of ETABS and MATLAB for structural analysis
Understand and apply material properties in structural design
Compare and validate results between ETABS and MATLAB
Calculate and interpret Moment Gradient Coefficient (Cb) using ETABS
Requirements
ETABS and MATLAB software
Description
Welcome to "Structural Design and Analysis Using ETABS and MATLAB," a comprehensive course designed to provide you with the practical skills and theoretical knowledge required for effective structural analysis using ETABS and MATLAB. This course focuses on key aspects of structural design, including material properties, load assignment, and the calculation of moment gradient coefficients, with an emphasis on comparing and verifying results between ETABS and MATLAB.Objective:The primary objective of this course is to equip participants with a thorough understanding of structural analysis techniques using ETABS and MATLAB. By the end of this course, you will be proficient in using both software tools to create models, assign loads, and compare results, ensuring that your structural designs meet the highest standards of safety and performance.Target Audience:This course is ideal for:Structural engineers looking to enhance their skills in using ETABS and MATLAB for structural design.Civil engineering students and graduates who wish to specialize in structural analysis and software-based design.Professionals in the construction and infrastructure industries seeking to deepen their understanding of ETABS and MATLAB in practical applications.Anyone with a basic knowledge of structural engineering concepts who wants to learn advanced structural analysis techniques using these powerful software tools. #AulaGEOCourse Content:Section 1: IntroductionLecture 1: IntroductionOverview of the course and its objectives.Lecture 2: Starting the Exercise Model for Bending and Shear, ETABS SoftwareLearn to initiate and develop a structural model focusing on bending and shear forces using ETABS.Lecture 3: Material Properties, ETABS SoftwareUnderstand how to define and apply material properties within ETABS for accurate structural analysis.Section 2: Calculations using ETABS and MATLABLecture 4: Drawing the Profile and Assigning Loads to the Model, ETABS SoftwareA step-by-step guide to creating structural profiles and assigning loads in ETABS.Lecture 5: ETABS Software vs MATLAB ResultsCompare and analyze the results obtained from ETABS and MATLAB, highlighting the strengths and differences of each tool.Lecture 6: Calculation of the Moment Gradient Coefficient Cb, ETABS SoftwareExplore the calculation of the Moment Gradient Coefficient (Cb) using ETABS, and understand its impact on structural design. #AulaGEOSection 3: ETABS Vs MATLABLecture 7: ETABS Software vs MATLAB Results. 2Continue the comparison of results between ETABS and MATLAB, with a focus on complex structural scenarios.Enroll now to master the art of structural design and analysis using ETABS and MATLAB, and elevate your engineering expertise to new heights!
Who this course is for
Civil engineers
Structural designers
BIM modelers
MATLAB users
ETABS users
Civil engineering students
Homepage

https://www.udemy.com/course/steel-design-module-3-ansiaisc-360-16-standard-aulageo/

Steel Design Module 3 – ANSI/AISC 360–16 Standard – AulaGEO Fast Download
Steel Design Module 3 – ANSI/AISC 360–16 Standard – AulaGEO Full Download