Etabs Dynamics Dynamic Analysis For High-Rise Structures

Published 1/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 10.20 GB | Duration: 22h 9m
Learn Structural Dynamics, Earthquake Resistant Design (G+9 Frame Structure) by IIT Gold medalist.

What you'll learn
Basics of Seismology
Basics of structural dynamics
Knowledge Sharing on Dynamics (Q&A)
Seismic analysis procedure
Concept Behind Response Spectrum
Earthquake resistant design
Manual Calculations of response spectrum analysis
ETABS vs EXCEL Response Spectrum on G+9 Story Framed Structure.(P-1)
Important Checks After Response Spectrum Analysis.
Fundamental Concepts Behind Push over Analysis.
How Define Pushover Analysis in Etabs.
Understanding Results After Pushover Analysis In Etabs.
Requirements
No prior experience is needed. You will learn everything you need to know.
Interest in Mechanics and Structural Engineering
A computer with either Windows or Mac to install the ETABS.
A strong work ethic, willingness to learn, and plenty of excitement about the ETABS.
Nothing else! It's just you, your computer and your hunger to get started today.
Description
Major Highlights of The CourseAll lesson files included for downloadSelf-assessment Practice files at the end of every sectionTaught by Industry working professionalExtra practice files and projects at the end of the courseYou will be able to get 50% tool-based learning & 50% Real-time Experience-based learningWhat is this course all about?The innovative and revolutionary new ETABS is the ultimate integrated software package for the structural analysis and design of buildings. ETABS offers a single-user interface to perform modeling, analysis, design and reporting. There is no limit to the number of model windows, model manipulation views, and data views.Etabs will perform analysis and design of steel frames, concrete frames, concrete slabs, concrete shear walls, composite beams, composite columns, and steel joists can be performed based on a variety of IS, US, and international design codes.This course starts with the basics of Seismology and an introduction to structural dynamics.Seismic analysis procedure, Concept Behind Response Spectrum, Earthquake resistant designManual Calculations of response spectrum analysisETABS vs EXCEL Response Spectrum on G+9 Story Framed Structure.(P-1)Important Checks After Response Spectrum Analysis.Fundamental Concepts Behind Push-over Analysis.How to Define Pushover Analysis in Etabs.Understanding Results After Pushover Analysis In EtabsThis course is designed and delivered by industry experts. You can kickstart your ETABs Journey, wherein we take you Step by Step with Real-Life Projects and get you up & running to design your favorite design, model, and analysis efficiently, quickly, and in the right way.This course is a perfect hand-holding companion which guides you through various tools within ETABS coupled with your creative knowledge you can perform design and analysis of complex structures. Care is taken to start on a very basic level, and progress with complicated techniques.Afterward will start studying plans and drawings to start working with ETABS. Where will be start creating grid points, assigning property, support, load combinations, analysis, design, and running the detailing?Step-by-step instruction for modeling, defining, and assigning different supports and loads. You will learn about manual calculations as per the below IS Codes.Superimposed Dead Loads (IS 875- PART 1)Live Loads (IS 875- PART 2)Wind Calculations (IS 875:2015 - PART 3)Seismic Calculations (IS 1893:2016 - PART 1)Load Combinations (IS 875 - PART 5)RCS Design (IS 456: 2000)Comprehensive coverage of the essential tools to design, and analyze structures. You will learn not only how every tool works but also how to apply it in the right way in your ETABS design and analysis workflow. Exercise files are provided over every lecture & section so you can follow along step by step included in this course.Real-life work examples were (Analysis of G+9 building) included in this course so, you will be able to directly work also in any company/industry. To check the understanding level quizzes were provided at the end of every section. No matter whether you are a Beginner, Intermediate, or in an Advance level candidate this course teaches you everything and clears your doubts.Project-oriented courseThe course lessons are mostly project-oriented and most of the tools and commands are taught with their real-world applications. Each module ends with a practical question that is related to the course and students are encouraged to answer the questions before moving further.Quizzes and Drawings for practiceTo check the understanding level quizzes were provided at the end of every section. And also drawings were provided for practice purposes. Course InstructorMr. Mahesh Surla Structural EngineerIIT(R) Gold medalist in Structural Dynamics He is a postgraduate from the Indian Institute of Technology Roorkee in the specialization of Structural Dynamics. He worked with multinational companies in the structural design and analysis fields. Expert in Concrete and Steel design, Structural Finite Element Modeling (FEM), Earthquake Resistant Design, and Nonlinear modeling.Instructor support for questionsWe understand that students will have questions related to the course and it's necessary also for a healthy learning process hence we encourage students to ask their questions related to the course in the Q&A section of the course. We answer each and every question as soon as possible and so far we have answered every single course-related question from students in the Udemy Q&A section.If you are still thinking about whether you should enroll or not then we encourage you to watch some of the preview videos and test the waters before you actually enroll in the course.
Overview
Section 1: Introduction to Structural dynamics and Basic Seismology
Lecture 1 0.Demo Session on Structural Dynamics
Lecture 2 1.Basics of Seismology (Part-1)
Lecture 3 1.1.Basics of Seismology (Part-2)
Lecture 4 1.2.Basics of Structural Dynamics.
Lecture 5 1.3.Knowledge Sharing on Dynamics (Q&A)
Lecture 6 1.4.Seismic Analysis Procedures (Part-1)
Lecture 7 1.5.Knowledge Sharing on Dynamics (Q&A)
Section 2: Response Spectrum and Earthquake Resistant Design
Lecture 8 2.Concept Behind Response Spectrum
Lecture 9 2.1.Concept Behind Response Spectrum (P-2)
Lecture 10 2.2.Knowledge Sharing on Dynamics (Q&A)
Lecture 11 2.3.Earthquake Resistant Design
Lecture 12 2.4.Knowledge Sharing on Dynamics (Q&A)
Section 3: Calculations of Response Spectrum
Lecture 13 3.Manual Calculations of Response Spectrum Analysis (P-1)
Lecture 14 3.1.Manual Calculations of Response Spectrum Analysis (P-2).
Lecture 15 3.2.ETABS vs EXCEL Response Spectrum on G+9 Storey Framed Structure.(P-1)
Lecture 16 3.3.Knolwledge Sharing on Dynamics (Q&A)
Lecture 17 3.4.ETABS vs EXCEL Response Spectrum on G+9 Storey Framed Structure.(P-2)
Lecture 18 3.5.Important Checks After Response Spectrum Analysis.
Section 4: Concept of Pushover Analysis
Lecture 19 4.Fundamental Concepts Behind Push over Analysis.
Lecture 20 4.1.How Define Pushover Analysis in Etabs.
Lecture 21 4.2.Understanding Results After Pushover Analysis In Etabs.
Section 5: Corurse Resources
Lecture 22 ETABS Dynamics files
Civil Engineers,Structural Engineers,Designers,Beginner to Advanced ETABS Users,Modelers,Construction Professionals,Anyone with an interest in Design,modeling and analysis

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