07-28-2024, 12:22 PM
![[Image: c88e7b19770be99c8bf3df0a0091f236.jpg]](https://i123.fastpic.org/big/2024/0728/36/c88e7b19770be99c8bf3df0a0091f236.jpg)
Staadpro V8I (Structural Analysis & Design)- Zero To Hero
Published 7/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 6.29 GB | Duration: 4h 55m
StaadPro for design and analysis of RCC structures
[b]What you'll learn[/b]
Understanding the software interface and basic functionalities
Structural Modeling ,Load Calculations
Analysis and Design ,Reporting and Documentation
Practical Applications and Career Preparation
[b]Requirements[/b]
Need to know basics of RCC and Structural Analysis subjects
[b]Description[/b]
This course aims to bridge the gap between theoretical knowledge and practical application. It covers the fundamental aspects of analyzing and designing RCC buildings using STAADPro, making it suitable for beginners looking to develop practical skills in structural engineering. This course focuses on the analysis and design of both RCC and steel buildings. It includes useful applications such as loading schemes, seismic analysis, and structural detailing. The course is designed to provide a complete understanding of the structural design process using STAADPro, along with hands-on projects for practice. It covers the STAADPro user interface, modeling tools, load calculations (dead, live, wind, and seismic), and the design of multi-storey structures. The curriculum also includes optimization techniques for structural designLearning OutcomesParticipants in these courses can expect to:Gain proficiency in using STAADPro for structural analysis and design.Understand the principles of RCC design, including load calculations and compliance with design codes.Develop skills in modeling and analyzing complex structures.Complete hands-on projects to solidify their learning and build a portfolio.These courses cater to various skill levels, from beginners to advanced users, and are structured to provide both theoretical knowledge and practical experience in using STAADPro for structural engineering tasks.
Overview
Section 1: Introduction
Lecture 1 How to initially set Staad pro setting and properties
Section 2: Design and Analysis of Beams and Frames.
Lecture 2 Analysis of a Beam using staadpro
Lecture 3 Design and Analysis of a Beam using Staadpro
Lecture 4 Design and Analysis of a 2D frame using Staadpro
Section 3: Design and Analysis of RCC structures
Lecture 5 Analysis And Design Of G+3 Storey Building With Dead Load , Live Load And Com
Lecture 6 Error In Support Input, Analysis Will Not Be Performed
Lecture 7 Analysis And Design Of Circular Water Tank Using StaadPro
Lecture 8 Design And Analysis Of Rectangular Water Tank Using StaadPro
Lecture 9 Design Of G+5 Storey Irregular Building With Wind Load ,Seismic Load , Dead Load
Section 4: Design of foundation using staad foundation
Lecture 10 Design Of Foundation Of A G+5 Building Using Staad Foundation
Civil Engineering Students, Structural Engineering Professionals, Structural Consultants, Site Supervisors
![[Image: DqDY3Kwm_o.jpg]](https://images2.imgbox.com/e5/f3/DqDY3Kwm_o.jpg)
[b]What you'll learn[/b]
Understanding the software interface and basic functionalities
Structural Modeling ,Load Calculations
Analysis and Design ,Reporting and Documentation
Practical Applications and Career Preparation
[b]Requirements[/b]
Need to know basics of RCC and Structural Analysis subjects
[b]Description[/b]
This course aims to bridge the gap between theoretical knowledge and practical application. It covers the fundamental aspects of analyzing and designing RCC buildings using STAADPro, making it suitable for beginners looking to develop practical skills in structural engineering. This course focuses on the analysis and design of both RCC and steel buildings. It includes useful applications such as loading schemes, seismic analysis, and structural detailing. The course is designed to provide a complete understanding of the structural design process using STAADPro, along with hands-on projects for practice. It covers the STAADPro user interface, modeling tools, load calculations (dead, live, wind, and seismic), and the design of multi-storey structures. The curriculum also includes optimization techniques for structural designLearning OutcomesParticipants in these courses can expect to:Gain proficiency in using STAADPro for structural analysis and design.Understand the principles of RCC design, including load calculations and compliance with design codes.Develop skills in modeling and analyzing complex structures.Complete hands-on projects to solidify their learning and build a portfolio.These courses cater to various skill levels, from beginners to advanced users, and are structured to provide both theoretical knowledge and practical experience in using STAADPro for structural engineering tasks.
Overview
Section 1: Introduction
Lecture 1 How to initially set Staad pro setting and properties
Section 2: Design and Analysis of Beams and Frames.
Lecture 2 Analysis of a Beam using staadpro
Lecture 3 Design and Analysis of a Beam using Staadpro
Lecture 4 Design and Analysis of a 2D frame using Staadpro
Section 3: Design and Analysis of RCC structures
Lecture 5 Analysis And Design Of G+3 Storey Building With Dead Load , Live Load And Com
Lecture 6 Error In Support Input, Analysis Will Not Be Performed
Lecture 7 Analysis And Design Of Circular Water Tank Using StaadPro
Lecture 8 Design And Analysis Of Rectangular Water Tank Using StaadPro
Lecture 9 Design Of G+5 Storey Irregular Building With Wind Load ,Seismic Load , Dead Load
Section 4: Design of foundation using staad foundation
Lecture 10 Design Of Foundation Of A G+5 Building Using Staad Foundation
Civil Engineering Students, Structural Engineering Professionals, Structural Consultants, Site Supervisors
![[Image: signature.png]](https://softwarez.info/images/avsg/signature.png)
