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所在平台: Udemy |
课程主页: https://www.udemy.com/course/spacegass-course-modeling-and-analysis-of-a-warehouse/
课程评论：没有评论
**Course Title:** SPACEGASS 软件：仓库建模与分析 **课程概述:** 本课程将以简洁实用的方式，引导您学习如何使用 SPACEGASS 软件对钢框架仓库进行建模和分析。SPACEGASS 是一款广泛应用于结构分析与设计的软件。您将一步步地学习如何在 SPACEGASS 中完成钢框架仓库的建模、分析及结果解读。 **学习内容:** * **SPACEGASS 软件功能介绍:** 熟悉软件的各种工具和功能。 * **建模基础:** * 如何设定不同的支座条件和构件端部约束条件。 * 如何绘制节点和构件。 * 如何为构件指定不同的截面/材料（并考虑特定规范/国家）。 * 如何使用“细分”构件、“复制”和“过滤”等工具。 * 如何更改软件图形以显示设计荷载和作用。 * **标注与注解:** * 学习如何在 SPACEGASS 中进行标注和注解。 * 了解如何显示节点编号、构件和截面编号及名称、端部连接方式以及构件起点和局部坐标轴。 * **荷载施加:** * 定义承载能力和使用性检查的荷载工况和荷载组合。 * 在结构上施加符合这些荷载工况的恒荷载和活荷载。 * 学习如何对构件施加均布荷载和点荷载。 * 了解如何调整结构上显示的荷载比例。 * 定义不同方向上垂直于结构的风荷载工况和荷载组合，并对风荷载有高层面的认识。 * **模型扩展与修改:** * 通过复制框架的荷载和构件，并添加额外的支撑和斜撑构件来扩展模型。 * 对施加的荷载进行概览，并进行必要的修改。 * 在进行结构分析前，对模型进行调整。 * **结构分析:** * 了解 SPACEGASS 中的不同分析方法。 * 运行非线性静力分析和屈曲分析。 * **结果解读:** * 分析剪力、弯矩、轴力、位移和扭矩等设计作用。 * 查看基底反力。 * 为承载能力和使用性检查定义包络荷载工况。 **课程目标:** 学完本课程后，您将掌握使用 SPACEGASS 软件对结构进行建模和分析的实际操作技能。讲师将分享其丰富的实践经验，旨在为学生带来价值。欢迎随时提问。
In this course, I explain the process of modeling and analysing a steel-framed warehouse with SPACEGASS in a simple and practical way.In this course, you will learn how to use SPACEGASS as a very popular software for structural analysis and design of structures.This course includes a step by step modeling and analysis of a steel-framed warehouse in SPACEGASS as well as interpreting the analysis results.You will learn about the different tools and features in SPACEGASS, how to specify different support conditions and end member restraint conditions, how to draw nodes and members, assign different sections/materials to a member (for a specific code/country), How to use different tools such as "subdivide" a member, "Copy" and "filter" as well as changing the graphics of the software to show the design actions and loads.Also, I will explain labelling and annotation in SPACEGASS, how to see node numbers, member and section's numbers and names, end fixities and member origins and local axis.In the next part, I will define load cases and load combinations for strength and serviceability checks and then we will apply dead load and live loads to the structure in accordance with these load cases, you will also learn how we can apply uniformly distributed and point loads on members as well as how we can change the scale of the loads which are shown on the structure.After this, we will define wind load cases and load combinations for strength and serviceability checks in different directions perpendicular to the structure and will have a high-level overview of wind loading on a structure.In the next section, I will extend the model by copying the frame's loads and members, as well as adding additional struts and bracing members, then we will have an overview of the loads applied and will do some modifications before we analyze the model.In the analysis section, we will look at different analysis methods in SPACEGASS and then will run the Non-linear Static Analysis and Buckling Analysis.Finally, we will look at the design actions from analysis, such as bending moments, axial loads, shear forces, displacements, and torsion moments as well as base reactions and will also define some envelope load cases for strength and serviceability checks.By the end of this course you will learn how to practically use SPACEGASS to model and analyse a structure.My goal is to add value to my students by conveying my practical knowledge, so please do not hesitate to ask if you ask any questions.
