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所在平台: Udemy |
课程主页: https://www.udemy.com/course/blast-resistance-builidng-designpart1/
课程评论：没有评论
**课程名称：** 爆炸抗性建筑设计：第一部分 **课程概述：** 本课程将全面介绍抗爆建筑的设计。本系列共分三部分，第一部分将重点讨论爆炸荷载的性质、如何计算建筑上的爆炸荷载、建筑的响应（根据 ASCE 标准）以及爆炸荷载效应下的材料性能。 本部分将深入探讨爆炸荷载的动态特性，详细讲解单自由度（SDOF）方法，并介绍如何利用图表和闭式解进行计算。此外，课程还将通过 Excel 表格演示牛顿积分法的实际应用。 课程还将介绍多自由度（MDOF）方法，并阐述在钢筋混凝土结构和钢结构设计中应用该方法时的差异。本部分还将定义规范中抗爆设计条件的限制。 **后续课程预告：** * **第二部分：** 将专注于混凝土结构的实际应用，详细讲解分析方法在实际项目中的应用，以及构件的设计。 * **第三部分：** 将专注于钢结构的实际应用。 **基础设计部分：** 课程还将讨论基础设计在爆炸荷载下的检查，包括对倾覆、滑移的验算，以及基于最大动荷载进行基础设计。 **学员福利：** 完成所有三部分课程的学员将免费获得一本涵盖该主题的电子书和用于数值方法计算的 Excel 表格。
This course will cover all about design the building to resist the blast load. This course in 3 parts this part1 will discuss the nature of blast load, how to calculate the loads on the building. The building response as per ASCE and the materials properties in case of blast load effects. The dynamic nature of blast load will be presented in this part1. The SDOF method will be discuss in detail in addition to using the figure and closed form solution as well. The Newark integration method is illustrated in this part and present it practically through an excel sheet. The multi degree of freedom (MDOF) method is also presented and present the difference i design for concrete and steel strucrures. In this part defines the conditions and linitation on the code for design the building to resist the blat load as well. In part 2 it will be applied in concrete structure and define the way of apply the method of the analysis on the real projects to design all the element. in part 3 it will be appiled on steel structure. The foundation design check for blast load will be discuss by checking the overturning, sliding and also design the foundation based on the maximum dynamic load.The attendees will recive a Free ebook to cover this subject and excel sheet to assist in the calculation for numerical methods If the attendees in roll in 3 parts.
