staad-pro v8i...analysis and design of building for wind loading wind load analysis l l l...

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  • STAAD Pro IntroductionStarting Staad. ProCreating New fileOpening Existing FileClosing a fileSaving & Saving AsModule ReviewSalient FeaturesHardware RequirementsStaadPro Screen informationOverview of Structural Analysis and DesignTypes of StructureIdealization of StructuresVarious Unit SystemsCoordinate Systems • Global Coordinate System • Local Coordinate SystemStaad Commands And Input InstructionsCommand Formats • Free Formatting Input • Commenting Input • Meaning of Underlining in the ManualProblem Initiation And Title

    What are Nodes, Beams, and PlatesHow things are done in the Input FileGeometry Creation MethodsUsing Structure Wizard • Things you can do in Structure Wizard • Drafting the Geometry using a Snap / GridViewingSelectingUsing Selecting While viewing 3D GeometryJoint Coordinate Specification • Graphical User InterfaceMember Incidence Specification • Graphical User Interface

    IntroductionTranslation RepeatCircular RepeatInsert NodeAdd Beams between midpoints

    STAAD-Pro v8i

    INTRODUCTION OF DESIGN CONCEPT AND PROCEDUREl�

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    STRUCTURAL MODELINGl�

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    OTHER USEFUL FUNCTION

    TO COMPLETE THE GEOMETRYl�

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  • Connect beams along an AxisCut SectionUndo / RedoDimensioning

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    Material Specifications • Material Constants • Constant SpecificationMember Property Specification • Prismatic Property Specification • Tapered Member Specification • Specifying Properties from Steel Table User Table SpecificationMember Orientation Specification • Beta Angle

    PROPERTY DETAILSl�

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    Inactive / Delete SpecificationListing of Members / Joints by Specifications of GroupsMember OffsetMember Release SpecificationMember Truss SpecificationMember Tension / Member Compression SpecificationGlobal Support Specification • Fixed / Pinned / Fixed but Release / Spring Supports • Inclined SupportsCurved Member SpecificationsMember Cable Specifications

    MEMBERl�

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    Loading SpecificationSelf weight Loading SpecificationMember Load SpecificationArea Load / Floor Load • Area Load • Floor LoadLoad Combination Specification

    LOADING PARTICULARSl�

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    Analysis SpecificationPrint Specification • Pre Analysis Print Commands • Post Analysis Print CommandsLoad List Specifications • Report Generation • Output file

    ANALYSISl�

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    IntroductionFirst Steps • Node Displacement • Beam forces • Beam Stresses • Node ReactionsBeam GraphsPlate ContourPlate Results Along lineAnimationReports

    POST PROCESSINGl�

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  • Concrete Design As per IS:456 • Design ParametersDesign of Beams • Design for Flexure • Design for ShearDesign of ColumnsConcrete Design SpecificationsConcrete Design Parameter SpecificationsConcrete Design CommandConcrete Take OffConcrete Design Terminator

    R. C. DESIGNl�

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    Steel Design As per IS:800Allowable Stresses • Axial Stresses • Bending Stresses • Shear Stress • Combined StressParameter SpecificationsCode Checking SpecificationMember Selection SpecificationTabulated Results Of Steel DesignInteractive Designs

    STEEL DESIGNl�

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    Introduction to Seismic analysisEarthquake loading in high rise buildingsImplementation of various load combinations ofEarthquake analysis using IS:1893Analysis and Design of building considering Earthquakeloading

    SEISMIC ANALYSISl�

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    Introduction to Wind load analysisCalculation of wind forces in High rise buildingAnalysis and Design of building for Wind loading

    WIND LOAD ANALYSISl�

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    Introduction to SlabsDesign of Slabs using IS:456Modeling of 1 way , 2 way and Cantilever Slab using Staad ProAnalysis and Design of these Slabs using Staad Pro

    DESIGN OF SLABSl�

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