STAAD.Pro V8i

Advanced Analysis The four principal benefits of the using the Advanced Analysis Module.

Bridge Design using the STAAD.Pro/BEAVA AASHTO Code How to use the BEAVA module in STAAD.Pro to create the loading as per the AASHTO design code.

DXF Import in STAAD.Pro 2007 The methods available to import a CAD DXF file and use the lines as beams and 3D plates as finite elements.

Modeling Custom Shapes in STAAD.Pro 2007 The method of creating a custom shape in the General User Table.

Modeling Floor Diaphragms in STAAD.Pro 2007 How to model rigid and flexible diaphragm action in STAAD.Pro using the MASTER/SLAVE command and a finite element mesh.

Design of Offshore Structures using STAAD.Pro and STAAD.Offshore Summary of the various modules available in STAAD.Pro and STAAD.Offshore that can be utilized for structures that are subject to offshore loading conditions.

Staged Construction Analysis for Bridges in STAAD.Pro 2007 Summary of the benefit of using the INACTIVE command in STAAD to create the stages of a bridge construction.

AISC Connection Design for Non-AISC Sections using the STAAD.Pro/RAM Connection Link How STAAD.Pro can be customized to allow the design of connections on sections that are not contained in the standard U.S. database.

Structural Analysis and Design of Tank Structures in STAAD.Pro 2007 The design of a steel tank including a concrete deck supported by steel sections.

STAAD.Pro 2007 Design of Wind Turbine Foundations Design of a foundation to a wind turbine using brick elements and then passing the results into STAAD.foundation.

2.0-Million Gallon Prestressed Concrete Elevated Tank The design and construction of the largest elevated post-tensioned prestressed concrete tank in the continental United States, Frankfort Water Tower.

Modeling Industrial Ductwork in STAAD.Pro

Overview of STAAD.Pro's modeling, analyis, and design capabilities

Advanced Analysis See what a difference adding the Advanced Solver will have on your business. Increase your analysis speed with no change to the models you have created or the way you have worked.

STAAD.Pro – AutoPipe Vastly improve your efficiency working with the models from a piping analysis. Correctly locate pipe-work and connections to the structural model, in minutes which can traditionally take days. Prevent on site problems with quick visual checks pipe clash checks.

Grids Enhanced structural grid tools to simplify laying out structural frameworks using custom designed tools including importing CAD DXF drawings. Once set up, these grids can be reused by imported into new models.

STAAD.Pro – Rebar Reinforced concrete models, analyzed in STAAD.Pro are passed in the RC Designer Mode to be imported into Bentley Rebar for all your detailing needs.

STAAD.Pro seamlessly integrates with Structural Modelerl: Create a structural model in Structural Modeler, move it into STAAD.Pro for structural analysis, then update the Structural Modeler model—true round-tripping of structural information!

You can also start the structural design in STAAD.Pro andmove the information into Structural Modeler.

STAAD.Pro – RAM Connection Connections can be designed fully integrated with your STAAD.Pro model utilizing RAM Connection.

Lithuanian Ethno-Cosmology Museum UAB Ekoprojektas Lithuanian Ethno-Cosmology Museum, Lithuania

New Delhi Underground Metro Chamber Mott MacDonald

U.S. Airways Hangar Butler (a Bluescope Steel Company)

Elevated Tank The Crom Corporation Two Million Gallon Pre-Stressed Concrete Elevated Tank Frankfort, Kentucky, U.S.

First National Center Leo A. Daly First National Center, Omaha, Nebraska, U.S.

Guandong Olympic Stadium Ellerbe Beckett Guandong Olympic Stadium, Guangzhou Province, China

CH2M HILL Buried Box Culvert

IMAX Theater, India Sterling Engineering Consultancy Services Pvt Ltd. The largest IMAX theater in the world. Mumbai, India.

Schindgraben Bridge Beratende Ingenieure GmbH

Grand Palais Eiffel Grand Palais in Paris, France

Designing an Underground Structure with STAAD  STAAD was used to solve an important underground structure in the Boston Central Artery, popularly known as Big Dig Project. STAAD.Pro has comprehensive features unmatched in the industry: Concurrent engineering-based user environment for model development, analysis, design, visualization, and verification Object-oriented intuitive 2D/3D graphical model generation Advance automatic load generation facilities for wind, area, floor, and moving loads Joint, member/element, mesh generation with flexible user-controlled numbering scheme Script style programming language to extract data and execute external software >>Complete Feature List