The Comprehensive ETABS Professional Course (RCC and Steel)

案例研究 1 – 按照印度标准设计预制建筑钢结构。

钢结构，尤其是 PEB，建模、分析和设计有些棘手。大多数人对 RCC 设计感到满意，但很少有人精通钢结构设计。学习完本节后，您将能够根据印度标准计算风荷载和地震荷载，对钢结构（即门户）进行建模，规划支撑和高程支撑，分析、查看模态形状和设计结构。讲师还将教您如何进行价值工程和优化钢结构。在本系列讲座结束时，您将熟悉钢结构。

案例研究 2 – 按照印度标准对广告牌钢结构进行线性动态分析和设计。

广告牌由非常大的悬臂钢结构支撑。您将学习如何规划可以抵抗强风和高地震载荷的基本结构系统。您将学习如何对钢结构进行动力分析。模态分析是一个非常重要的部分。您还将学习如何改进模式形状，如何检查基本时间段。最后，您将能够了解如何设计钢结构。最后还讲授价值工程和优化。不稳定性也成为 ETABS 建模者不可或缺的一部分。您将学习如何消除不稳定性。

案例3-美国标准工业重型钢结构的线性动力分析与设计

工业重型结构一开始看起来非常困难和混乱。对于新手工程师来说，它们可能是一开始的噩梦，但在本系列讲座中，您将学习如何进行基本的钢结构规划、如何规划规划和高程支撑。您将了解工业重型结构的基本振型。您还将学习如何进行结构的动态分析。最后，您将学习如何根据 AISC 360 设计钢结构。最后将单独讲授连接和底板设计。

案例研究 4- 符合美国标准的钢制空间桁架结构的线性动力分析和设计

空间桁架结构的力在其中传播的方式非常独特。一个大的空间桁架首先被教导如何建模，然后按照美国标准进行分析和最终设计。您将了解有关巨大结构振型的更多信息。最后，您将对钢空间桁架结构的设计方式感到满意。

案例研究 5- 结构的非线性静力分析或 Pushover 分析

在过去的十年中，关于推动分析的文章很多。Push over 分析如何优于Static Push over Analysis，但实际上很少有人知道如何进行push over 分析。甚至结构工程领域的专家也回避这个话题。

在本系列讲座中，您将学习如何制作推动曲线并找到性能点。将结构推到一定位移的真正含义是什么。响应谱曲线需要如何与 Pushover 曲线对齐才能找到性能点。最后，您将能够访问结构的性能。在幻灯片的帮助下解释了轴向、剪切和力矩铰链。

案例研究 6 – 按照印度标准对 23 层高层结构进行线性动态分析

在本系列讲座中，您将学习如何阅读建筑图纸，如何进行结构元素的基本规划。

本系列讲座将回答的重要问题是

1. 柔性膜片和刚性膜片有什么区别以及如何将膜片分配给 RCC 板？

2. 如何做 P-Delta 分析

3. 如何将响应谱值缩放到静态地震分析值。

4.如何阅读ETABS编辑器文件？

5、剪力墙如何设计？

6.如何将反应导出到SAFE并在SAFE中设计Raft？

这六个问题对于在 ETABS 中设计任何结构的任何结构工程师来说都是非常重要的。

2. 为中级/新手用户提供ETABS基础部分

本节是学习 ETABS 软件的基本步骤。中级或专家级用户可以跳过此部分，也可以参考此部分作为复习简介。如果您在完成案例研究时遇到任何问题，您也可以参考这部分内容。

你将从

绝对基础部分 – 教师逐步完成绘制网格、定义楼层、定义材料、定义截面属性、在结构工程模型中绘制对象、定义载荷、选择载荷组合以及理论解释和示例的过程。

您将学习土结构相互作用的基础知识和设计基本的筏板基础。完成本部分将使您清楚薄壳、厚壳和膜之间的区别。

您还将学习结构动力学的基础知识。您将熟悉模态形状、质量参与、地震分析、时间段等。您可能会理解这是一个可供参考的部分，以防您被任何案例研究困住。

您需要了解这不是一门容易上手的课程。您可能需要一遍又一遍地重复超过 20 小时的课程内容才能理解课程内容。本课程仅适用于认真的学生。已经做了很多努力来提供对软件的实际理解，这在互联网上的任何地方都没有，因此比该平台上的其他课程成本更高。

MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz
Language: English | Size: 12.3 GB | Duration: 20h 18m

21 Hours of Course Content with Practical Case studies

What you’ll learn
Linear Static Analysis of RCC Structures
Linear Dynamic Analysis of RCC Structures (Response Spectrum Analysis)
Non Linear Static Analysis of RCC Structures
Design of Industrial Heavy Structures
Design of Space Truss Structures
Design of 23 Storey RCC Building as per Indian Standards
Design of Raft Foundation in ETABS and SAFE
Export Reactions from ETABS to SAFE for Foundation Design
Design of Steel Structures as per AISC360 and IS800
Design of RCC Structures as per IS1893 , IS456 and IS13920
ETABS Editor File
Basics of Strucutral Dynamics and Tall Buildings Response
Modal Analysis of RCC and Steel Structures
Description
1. For Moderate/Expert Users

There are three types of Analysis covered in this Tutorial Series.

1. Linear Static Analysis

2. Non-Linear Static Analysis (Pushover Analysis)

3. Linear Dynamic Analysis (Response Spectrum Analysis)

The design codes covered are American and Indian Standards with Introduction to European Standards.

Case study 1 – Design of Pre-Engineered Building Steel Structure as per Indian Standards.

Steel Structures especially PEB are somewhat tricky to model, analyze and design. Majority of the people are comfortable in RCC Design, but very few are expert in Steel Design. After covering this section , you will be able to calculate wind and seismic loads as per the Indian Standards , Model the Steel Structures i.e. Portal , Plan Bracing and Elevation Bracing, Analyze , Review the Modal Shapes and Design the Structure. Instructor will also teach you how to do the value engineering and optimize the Steel Structures. At the end of this lecture series , you will be comfortable with Steel Structures.

Case study 2- Linear Dynamic Analysis and Design of Bill Board Steel Structure as per Indian Standards.

Bill Boards are supported on the very large Cantilever Steel Structures. You will learn how to plan the basic Structural System, which can resist the high wind and high seismic loads. You will learn how to do the dynamic analysis of the Steel Structure. Modal Analysis is a very important part. You will also learn how to improve the Mode Shapes , how to check the Fundamental Time Period. At the end , you will be able to understand how to design the Steel Structure. Value Engineering and Optimization is also taught in the end. Instability also become an integral part of ETABS modellers. You will learn how to remove the Instabilities.

Case study 3- Linear Dynamic Analysis and Design of Industrial Heavy Steel Structure as per American Standards

Industrial Heavy Structures looks very difficult and confusing in the beginning. They may be a nightmare in the beginning for Novice Engineers, but in this lecture series , you will learn how to do the basic Steel Structure Planning, How to Plan the Plan and Elevation Bracing. You will learn what are the basic Mode Shapes for Industrial Heavy Structures. You shall also learn how you can do the Dynamic Analysis of the Structures. In the end , you will learn how to design the Steel Structures as per AISC 360. A separate lecture is given at the end for Connection and Base Plate Design.

Case study 4- Linear Dynamic Analysis and Design of Steel Space Truss Structures for American Standards

Space Truss Structures are very unique in the way how force travel in them. A big space truss is first taught how to model , then analyze and in the end design as per the American Standards. You will learn more about the mode shapes of the huge structures. In the end , you will be comfortable with how the Steel Space Truss Structures can be Designed.

Case study 5- Non-Linear Static Analysis or Pushover Analysis of the Structures

In the last decade , much has been written on the push over analysis. How the push over analysis is superior to Static Push over Analysis , but very few people actually know how to do the push over analysis. Even experts in the Structural Engineering Field Shy away from this topic.

In this lecture series , you will learn how to make the push over curve and find the Performance Point. What it really means to push the Structure up to a certain displacement. How the Response Spectrum Curve needs to be aligned with the Pushover Curve to find the Performance Point. In the end , you will be able to access the Performance of the Structure. Axial , Shear and Moment Hinges are explained with the help of slides.

Case study 6- Linear Dynamic Analysis of 23 Story High Rise Structure as per Indian Standards

In this lecture series , you will learn how to read the Architecture Drawings , How to Do the basic planning of the Structural Elements.

The important widely asked questions that will get answered in this lecture series are

1. What is the difference between flexible and rigid diaphragms and how to assign the diaphragms to the RCC Slab ?

2. How to do P-Delta Analysis

3. How to do the Scaling of the Response Spectrum values to the Static Earthquake Analysis Values.

4. How to Read the ETABS Editor File ?

5. How to Design the Shear Wall ?

6. How to Export the reactions to SAFE and Design the Raft in SAFE ?

These six questions are very important to understand for any Structural Engineer for designing any Structure in ETABS.

2. For Intermediate/Novice Users, ETABS Basics Section is provided

This Section is the very basic steps in Learning of ETABS software. Moderate or Expert users may skip this part or may refer to this part as a refresher Introduction. You may also refer to this part , in case , if you face any problem while completing Case Studies.

You will start with the

Absolute Basics Section- Instructor proceeds step by step through the process of drawing grids, defining stories, defining materials, defining section properties, drawing objects in the structural engineering models, defining loads, selecting load combinations with theoretical explanations and examples.

You will learn the basics of Soil Structure Interaction and designing basic Raft Foundation. Completing this Part will make you clear about the difference between Thin shell, Thick shell and Membrane.

You will also learn the Basics of Structural Dynamics. You will be familiar with the Mode Shapes, Mass Participation, Earthquake analysis, Time periods etc. You may understand that this is a section to refer in case , you are stuck with any case study.

You need to understand that this is not an easy to do course. You may need to repeat the course content of over 20 Hours over and over again to understand the course content. This course is only intended for Serious Students. Much efforts has been done to provide the practical understanding of the Software , which is not available anywhere on the internet , hence costlier than other courses on this platform.

Healthy Discussions and Queries are always Welcome inside.

Who this course is for:
Civil/Structural Engineers and Students
Upgradation from STAAD to ETABS