Staad Pro V8i Verification Manual

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STAAD.Pro V8i(SELECTseries4) ReleaseSTAAD.Pro20.07.09.21 DocumentRevisedon25January2013 VerificationManual DAA038960-1/0003. STAAD.Pro Trainer’s Manual Page 2 Model Generation (nodes and members) Approach: Explain a simple plane frame model with all the necessary dimensions. Motivate the students to find the coordinates of the joints / nodes. Explain the steps to create the same model in STAAD.Pro. O Create the joints in STAAD.Pro. The Software Release Report for STAAD.Pro V8i contains detailed information on additions and changes that have been implemented since the release of STAAD.Pro 2007 build 03. This document should be read in conjunction with all other STAAD.Pro manuals, including the Revision History document.

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This section contains details of the STAAD.Pro commands used to create STAAD input files which are read by the STAAD engine.

Note: This section was previously included as Section 5 of the Technical Reference Manual. For convenience, the section numbers from that manual are maintained here with 'TR.' in place of '5.' for the chapter number.

Introduction

The STAAD.Pro graphical user interface (GUI) is normally used to create all input specifications and all output reports and displays. These structural modeling and analysis input specifications are stored in STAAD input file – a text file with extension, .STD. When the GUI opens an existing model file, it reads all of the information necessary from the STAAD input file. You may edit or create this STAAD input file and then the GUI and the analysis engine will both reflect the changes.

The STAAD input file is processed by the STAAD analysis 'engine' to produce results that are stored in several files (with file extensions such as ANL, BMD, TMH, etc.). The STAAD analysis text file (file extension .ANL) contains the printable output as created by the specifications in this manual. The other files contain the results (displacements, member/element forces, mode shapes, section forces/moments/displacements, etc.) that are used by the GUI in the post processing mode.

TR.1 Command Language Conventions

TR.3 Unit Specification

TR.5 Set Command Specification

TR.7 Page Control Commands

TR.9 No Design Specification

TR.11 Joint Coordinates Specification

TR.13 Plate and Solid Elements

TR.15 Redefinition of Joint and Member Numbers

TR.17 Rotation of Structure Geometry

TR.19 User Steel Table Specification

TR.21 Element/Surface Property Specification

TR.23 Axial Member Specifications

TR.24 Element Plane Stress and Ignore Inplane Rotation Specification

TR.26 Specifying and Assigning Material Constants

TR.28 Rigid Diaphragm Modeling

TR.30 Miscellaneous Settings for Dynamic Analysis

TR.32 Loading Specifications

TR.34 Frequency Calculation

TR.36 Calculation of Problem Statistics

TR.38 Change Specification

TR.40 Load Envelope

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TR.42 Print Specifications

TR.43 Stress/Force Output Printing for Surface Entities

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TR.45 Printing the Force Envelope

TR.47 Size Specification

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TR.49 Code Checking Specification

TR.51 Steel and Aluminum Take Off Specification

TR.53 Concrete Design Specifications

TR.55 Shear Wall Design

Index of Commands