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所在平台: Udemy |
课程主页: https://www.udemy.com/course/etabs-safe-in-rcc-3m-cantilever-project-without-cracked/
课程评论：没有评论
**课程名称：** ETABS & Safe in R.C.C 3m 悬臂项目（无裂缝） **课程概述：** 本课程不仅仅是ETABS和SAFE软件的教程，更是一次对结构设计与分析的全面理解。课程将指导学员如何作为一名结构工程师启动项目，如何进行思考，以及如何在建模和软件检查之前确定构件尺寸。 本课程将演示一个3米悬臂板的结构设计。首先，老师将回顾和研究项目的建筑平面图，然后准备结构平面图，并使用AutoCAD将其导入ETABS和SAFE。之后，我们将着重于确定板的厚度。特别地，课程将详细讲解如何检查板的短期和长期挠度，特别是在存在玻璃墙的情况下，需要精确控制挠度以防止开裂和玻璃破碎。此外，我们将选择最适合该项目的材料，并计算所需的钢筋。最后，我们将使用AutoCAD绘制结构的施工图。课程还将探讨是否需要使用吊梁或深梁，并在必要时使用专业的梁设计软件进行设计。 **关键词：** 结构设计、结构分析、ETABS、SAFE、悬臂板、挠度控制、钢筋计算、施工图、吊梁、深梁、混凝土结构、基础设计、工程实践。
This course not just a tutorial on software ETABS and SAFE but it is a complete understanding about structural design analysis, how civil engineer must begin with the project, how he/she must think, how we can determine the dimension of the element before modeling them check it in the software. In this course we will show structural design of a slab with 3m cantilever. First of all we will review and study the architectural plan of the project then we will prepare the structural plan of the slab to import it into ETABS and SAFE using AutoCad. After this we will on the determination of the slab thickness. Also we will check the deflection of the slab on short term deflection and long term deflection with existence of glasses wall so the deflection must be checked well to prevent cracked and glass break. In addition to choose the best material of this project with the necessary reinforcement needed for this flat slab. Finally we draw the structural executive plans of this slab using AutoCAD. We study the need of using drop beam or deep beam and we will the design this beam if necessary using a very important software custom for beam design
