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所在平台: Udemy |
课程主页: https://www.udemy.com/course/steel-design-module-3-ansiaisc-360-16-standard-aulageo/
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课程名称：钢结构设计模块3 - ANSI/AISC 360-16标准 - AulaGEO 课程概述： 欢迎参加“使用ETABS和MATLAB进行结构设计与分析”课程。本课程全面提供您进行有效结构分析所需的实践技能和理论知识。重点内容包括材料特性、荷载分配以及弯矩梯度系数的计算，同时强调在ETABS和MATLAB之间比较和验证结果。 课程目标： 本课程的主要目标是使参与者充分理解使用ETABS和MATLAB的结构分析技术。课程结束时，您将熟练使用这两种软件工具来创建模型、分配加载并比较结果，确保您的结构设计符合最高的安全和性能标准。 目标受众： 本课程适合以下人群： - 希望提升ETABS和MATLAB在结构设计中使用技能的结构工程师。 - 有意专注于结构分析和基于软件设计的土木工程学生及毕业生。 - 希望加深ETABS和MATLAB在实际应用中的理解的建筑及基础设施行业专业人士。 - 任何对结构工程概念有基础知识的人，想学习利用这些强大软件工具进行先进的结构分析技术。 课程内容： 第一部分：介绍 - 讲座1：介绍课程目标。 - 讲座2：使用ETABS软件开始弯曲和剪力的模型练习。 - 讲座3：ETABS软件中的材料特性定义与应用。 第二部分：使用ETABS和MATLAB的计算 - 讲座4：在ETABS中绘制结构轮廓与分配荷载的步骤指南。 - 讲座5：ETABS软件与MATLAB结果比较与分析，强调两者的优缺点。 - 讲座6：使用ETABS计算弯矩梯度系数(Cb)及其对结构设计的影响。 第三部分：ETABS与MATLAB的比较 - 讲座7：继续比较ETABS和MATLAB在复杂结构场景中的结果。 现在就报名，掌握使用ETABS和MATLAB进行结构设计与分析的技巧，提升您的工程专业水平！
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!
