Manual For Staad Pro V8i
Staad Pro is a structural analysis software used by mostly Civil Engineering Community to do 3 Dimensional analysis and design of various types of structure. I personally use this for Concrete & Steel Structure analysis. If you would love to learn this software then go down and watch the listed video one by one.
What is Staad Pro Software?
Staad pro is a 3 dimensional analysis and design software, You can analysis any kind of structure like Concrete, steel, aluminum, cold-formed steel structure and timber using this program easily. It has more than 90 design codes available for various country. Staad pro has been developed by Research Engineers International at Yorba Linda, CA in 1997. Research Engineers was bought by Bentley Systems later. Currently this program is marketed by Bentley Systems.
What can I do Using the Software?
STAAD.Pro Trainer’s Manual Page 2 Model Generation (nodes and members) Approach: Explain a simple plane frame model with all the necessary dimensions. Motivate the students to find the coordinates of the joints / nodes. Explain the steps to create the same model in STAAD.Pro. O Create the joints in STAAD.Pro. Share your videos with friends, family, and the world.
You can do 3 Dimensional Analysis for any type of structure including gravity load analysis, seismic load, finite elements analysis, design beam, column and walls, Cold-formed steel members analysis, lateral resisting frames analysis, integrated slab and foundation design, steel connection designs. Producing a design documentation is also a great features of this software.
Why do I Learn Staad Pro Software?
Staad Pro Software Download
If you are in the Civil Engineering community may be you are a student of have some little experience or have many experience but want to lean Structural Design, then you can learn this software. Basically it make the structural analysis and design easy for you. Compared to manual analysis and design, Staad Pro helps you to save lots of time. And even it is very difficult to do 2 dimensional analysis in hand, whereas 3 dimensional analysis is possible using this software with very less effort.
Do I Need this if I am in the Civil Engineering Construction Industry?
Actually this software for structural engineering profession, It can do only structural analysis and design of any kind of structure. Construction industry does not need this type of services, so it is not necessary for you to learn this software if you are in Construction Industry. People who are intended to work on structural engineering professional can collect this program and leran.
What can I Learn from this Video Course?
I have made these videos on Concrete Structure analysis and design. Watching all these 12 videos you will be able to learn how to complete a 3 dimensional modeling of concrete frame structure step by step. All the required step has been explained properly to practically complete a project which includes structural analysis and design, member sizing, reinforcement finding, reaction finding and how to check various forces like bending moment, shear forces and axial forces for column.
Manual Staad Pro V8i Ss6
There will be more video on this program in my youtube channel, so do not forget to Subscribemy youtue channel for more videos.
Introduction to Staad Pro V8i V 01
STAAD.Pro V8i Fundamentals
Model Generation
a) Navigating the STAAD.Pro Graphical User Interface
b) Creating Structure Geometry
c) Editing Structure Geometry
d) Viewing Structure Geometry
Property Assignment
a) Creating groups to quickly select groups of elements
b) Assigning sections and beta angles to structural members
c) Assigning specifications to nodes and members
d) Assigning supports to nodes
Model Loading and Analysis
a) Defining primary load cases in STAAD.Pro and load the structure b) Generating load combinations
c) Defining load envelopes and reference loads
d) Analyzing a model
Concrete Design and Post-Processing
a) Specifying the appropriate Concrete design code and associated design parameters.
b) Issuing the Concrete design commands and perform a code check.
c) Using the Post-Processor to review and verify analysis and design results.
Steel Design and Post-Processing a) Specifying the appropriate steel design code and associated design parameters.
b) Issuing the steel design commands and perform a code check.
c) Using the Post-Processor to review and verify analysis and design results