STAAD Foundation Advanced is a comprehensive structural foundation design and analysis software application that includes specialized capabilities specific to foundation projects of all types. STAAD Foundation Advanced can be used on isolated, combined, pile cap and mat foundations or more complex foundations including horizontal vessel foundations, tank annular ringwall, lateral analysis of pile/drilled piers, and vibrational analysis for machine foundations.
Engineers and designers use STAAD Foundation Advanced for their foundation projects including those for building, plant, and tower foundations. With STAAD Foundation Advanced you can produce advanced calculation reports with to-the-scale footing sketches, graphs, and formulae with code reference along with CAD exportable detail, schedule, and general arrangement (GA) drawings.
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Certain functionalities from STAAD Foundation Advanced software are available in STAAD Advanced software. But to experience the full functionality that STAAD Foundation Advanced provides, such as mat foundations, you will need to buy a license of Structural WorkSuite or STAAD Foundation Advanced.
The software integrates all common footing designs including isolated footings, combined footings, pile-cap arrangement and design, octagonal footings, mat foundations, vibrating machine foundation, drilled pier foundations, and guyed tower foundations. The plant foundation mode in STAAD Foundation Advanced contains vertical vessel, horizontal vessel foundations with different shapes, and configurations along with annular ring foundation for self or mechanically anchored tanks, and laterally loaded drilled pier analysis.
STAAD Foundation Advanced designs complex foundations using its object-based modeling environment via the mat foundation module. Whether it is rectangular, complex polygonal, circular, or includes openings, you can model, analyze, design, and produce drawings. STAAD Foundation Advanced leverages 3D FEM analysis and employs an innovative technique to optimize reinforcement requirements.
The sophisticated mesh generation within STAAD Foundation Advanced automatically handles holes (cut-outs) as well as inner regions with different thicknesses or soil properties. Physical loading objects can be as diversified as irregular load, circular load, quadrilateral load, line load, and point load on space. The program automatically detects uplift and redistributes the force. For vibrational analysis of machine foundation, STAAD Foundation Advanced generates solid elements, dynamic loads, and analysis constraints based on user input.
STAAD Foundation Advanced supports many concrete codes: ACI 318-2005, ACI 318-2008, ACI 318-2011, BS 8110, IS-456-2000, AS 3600-2004, CSA 23.3-04, GB50007-2002 and EN 1992-1-1-2004. It also supports more specialized codes such as API 650 and ACI 351.3R-04. The program performs all necessary design checks for most optimized foundation design. Load-generation capabilities include wind and seismic load as well as automatic and user-defined load combinations. PIP STC 01015 code is implemented for equipment foundation load generation. 3D graphics enable engineers to quickly identify and investigate displaced shapes, stress contour, soil pressure, and reinforcement layout.
STAAD Foundation Advanced offers accurate design capabilities powered with wizard-based input, automatic load (wind and seismic) generation and configurable load combination capabilities. A wizard-based foundation solution mode called Foundation Toolkit is available for spread footing, combined footing, pile cap, drilled pier axial analysis, and guyed tower foundations.
STAAD Foundation Advanced is a structural foundation design and analysis software. You can perform isolated, combined, pile cap and mat foundations or more complex foundations including horizontal vessel foundations, tank annular ringwall, lateral analysis of pile/drilled piers, and vibrational analysis for machine foundations. You can produce advanced calculation reports with to-the-scale footing sketches, graphs, and formulae with code reference along with CAD exportable detail, schedule, and general arrangement (GA) drawings. Certain functionalities from STAAD Foundation Advanced software are available in STAAD Advanced software. But to experience the full functionality that STAAD Foundation Advanced provides, such as mat foundations, you will need to buy a license of Structural WorkSuite or STAAD Foundation Advanced.
STAAD Foundation Advanced is a comprehensive structural foundation design and analysis software that includes specialized features for foundations of many types. You can perform isolated, combined, pile cap and mat foundations or more complex foundations including horizontal vessel foundations, tank annular ringwall, lateral analysis of pile/drilled piers, and vibrational analysis for machine foundations.
Many of the videos on this page are based on the loads on the foundation either being already available in an existing SFA model, or being created using the following workflow. The foundation is created first, and the loads are then applied on the foundation. Since these loads represent the forces and moments that are acting on the foundation from the columns of the superstructure model, the position of the columns and those forces and moments loads acting through them too have to be specified as part of the model generation process. Thus, the data that the user needs to enter is not just the details of the foundation itself, but also of the columns and the loads transmitted by them.
However, there is another workflow possible that can significantly reduce the amount of data that the engineer needs to enter. In the majority of cases, engineers usually create a superstructure model first, analyze it, and once it is decided that it is more or less final, they then create the foundation model to resist the forces and moments that are transmitted to the foundations by the columns or walls of the lowest level of the superstructure. In the superstructure model, the foundations may have been idealized as fixed or pinned or spring supports. Thus, the loads for which the foundations need to be designed are already available in the form of support reactions of that superstructure model.
So, to the engineer who wants to learn SFA, our suggestion would be this. If you have a superstructure model as described in the second workflow, first watch videos 18 and 19. Then watch the remaining videos (1 thru 17). You may be able to skip a number of steps involving the column geometry and loads on the foundation and focus just on the design aspects.
I would like to model a mat foundation in STAAD Foundation Advanced using the loads/reactions from the model in STAAD.Pro CE. I exported all the reactions from STAAD.Pro which came from repeat load cases that functioned as the load combinations for design. When I go to STAAD Foundation Advanced I realize that I cannot add additional loads to these load cases. Should I just export the primary load cases only and then generate load combinations within SFA? Can SFA generate load combinations including seismic in each direction, but with eccentricity in one direction only?
It seems like I have found the solution to my problem with SFA crashing. It appears like you can't export the reactions from STAAD.Pro CE more than once even if you want to redo the foundation design. The only way I could get around it was to delete the backup foundation file and all the other foundation files (file name_foundation) that was in the STAAD.Pro CE directory. Once I did this I could export the reactions again. be457b7860
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