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STAAD.Pro Help

STAAD.Pro Help

STAAD.Pro Help Getting Started What's New?Tutorials Modeling Analysis Design Postprocessing and Reports Data Files and Interoperability General Engineering Theory Technical Reference of STAAD Commands TR.0 STAAD Commands and Input Instructions TR.1 Command Language Conventions TR.2 Problem Initiation and Model Title TR.3 Unit Specification TR.4 Input/Output Width Specification TR.5 Set Command Specification TR.6 Data Separator TR.7 Page Control Commands TR.8 Ignore Specifications TR.9 No Design Specification TR.10 Job Information Data TR.11 Joint Coordinates Specification TR.12 Member Incidences Specification TR.13 Plate and Solid Elements TR.14 Plate Element Mesh Generation TR.15 Redefinition of Joint and Member Numbers TR.16 Entities as Single Objects TR.17 Rotation of Structure Geometry TR.18 Inactive/Delete Specification TR.19 User Steel Table Specification TR.20 Member Property Specification TR.21 Element/Surface Property Specification TR.22 Member and Element Releases TR.23 Axial Member Specifications TR.24 Element Plane Stress and Ignore Inplane Rotation Specification TR.25 Offset Specifications TR.26 Specifying and Assigning Material Constants TR.27 Support Specifications TR.28 Rigid Diaphragm Modeling TR.29 Definition of Member Attributes TR.30 Miscellaneous Settings for Dynamic Analysis TR.31 Definition of Load Systems TR.32 Loading Specifications TR.32.1 Joint Load Specification TR.32.2 Member Load Specification TR.32.3 Element Load Specifications TR.32.4 Area, One-way, and Floor Load Specifications TR.32.5 Prestress Load Specification TR.32.6 Temperature Load Specification for Members, Plates, and Solids TR.32.7 Fixed-End Load Specification TR.32.8 Support Joint Displacement Specification TR.32.9 Selfweight TR.32.9.1 Selfweight Loads TR.32.9.2 Surface Selfweight Load TR.32.10 Dynamic Loading Specification TR.32.11 Repeat Load Specification TR.32.12 Generation of Loads TR.32.13 Notional Loads TR.32.14 Enclosed Zone Loads TR.33 Reference Load Cases - Application TR.34 Frequency Calculation TR.35 Load Combination Specification TR.36 Calculation of Problem Statistics TR.37 Analysis Specification TR.38 Change Specification TR.39 Load List Specification TR.40 Load Envelope TR.41 Section Specification TR.42 Print Specifications TR.43 Stress/Force Output Printing for Surface Entities TR.44 Printing Section Displacements for Members TR.45 Printing the Force Envelope TR.46 Post Analysis Printer Plot Specifications TR.47 Size Specification TR.48 Steel and Aluminum Design Specifications TR.49 Code Checking Specification TR.50 Group Specification TR.51 Steel and Aluminum Take Off Specification TR.52 Timber Design Specifications TR.53 Concrete Design Specifications TR.54 Footing Design Specifications TR.55 Shear Wall Design TR.56 End Run Specification Index of Commands Ribbon Control Reference Verification Examples Application Examples OpenSTAAD

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Technical Reference of STAAD Commands
TR.32 Loading Specifications
TR.32.9 Selfweight

TR.32.9 Selfweight

Selfweight commands are used to calculate and apply the self weight of structural elements for analysis.

TR.32.9.1 Selfweight Loads
Used to calculate and apply the self weight of members, plates, and solids in the structure for analysis.
TR.32.9.2 Surface Selfweight Load
Used to calculate and apply the self weight of surface elements in the structure for analysis.

Parent Topic: TR.32 Loading Specifications