Bentley staad pro v8i Step By Step Procedure

Bentley staad pro v8i Step By Step Procedure: STAAD or STAAD pro is defined as Structural Analysis and Design Computer Program which is officially developed by Research Engineers International in Yorba Linda, CA. Its old version is Staad - III which is supported in Windows and it was used by lowa State University for educational purposes for civil and structural engineers.

Bentley staad pro v8i Step By Step Procedure

Design any type of model and share your design data with your design team with confidence using Bentley staad pro v8i. You can draw any type of complex designs with staad pro any where in the world with Bentley staad pro v8i with 80 International codes with confidence and perfection. STAAD OR (STAAD. Pro) is a structural analysis and designed computer program originally designed by Research Engineers International in Yorba Linda CA.
Bentley-staad-pro-v8i-Step-By-Step-Procedure
Bentley staad pro v8i Step By Step Procedure
The latest version of STAAD, Pro v8i  have detailed information of addition of changes made when compare to old version. Design any type of culverts, petrochemical plants, tunnels, bridges, and piles. Reduce delays and product cost designs to your clients with more accuracy. capabilities of staad. pro is analyze gravity and lateral load. Designing and analyze of complex or simple structures for a wide range of loading conditions including those by gravity such as dead and live loads, Including skip conditions, with combination of lateral loads including wind and seismic

Checking designs of cold formed sections. Design light gauge steel members using a comprehensive cold formed sections library with out need of using a separate- special purpose material.
 Features effecting the analyses and design engine
Eurocode 8 contains specific requirements and recommendations for building structures that are to be constructed in sesimic regions. These fundamentals requirements have been provided to ensure that structure can sustain the seismic loads without collapse and also-where required avoid suffering unacceptable damage and can continue to function after an exposure to a sesimic event.


Description:


a)  Structure Modeling:

 To perform the geometry checks per Eurocode8, STAAD.Pro must first calculate the center of mass for each defined floor. Specifying a response spectrum loading accomplishes this.
From modelling general-Load & Definition tab:
1. Select the load case where the EC8 sesimic response spectrum definition will be added.
2.Click Add... to open The Add new Load Items box.
3.Select Response spectra>Response Spectrum in the Load items list.
4.Choose EURO(EC8)-2004 from the code list.
5.Set Response Spectrum options.
6.Click Add to add the new response spectrum to the current load case.


b)Analysis:

All the analysis methods for design and evalution of the perfomance of a structure mentioned in Eurocode, as listed in following, have already implemented in STAAD.Pro
  • Linear static (called "lateral force method")
  • Linear model response spectrum analysis
  • Non- Linear static analysis (push-over analysis)
  • Non-Linear dynamic analysis (Time-history analysis)
c) Post Processing
The earth quake mode has been provided to the users to check the structure conforms to the basic geometric recommendations made in EC8. This mode will be activated if the analysis has been successful and if user has right privileges to access Ec8 module.  

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