2 d Symbols Reference Data

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2D SymbolsPlant Mode Reference Data Guide

Version 2014 (10.0)

September 2013

DSP3D-PE-200073F


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Copyright

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Intergraph, the Intergraph logo, PDS, SmartPlant, FrameWorks, I-Convert, I-Export, I-Sketch, SmartMarine, IntelliShip, INtools,ISOGEN, MARIAN, SmartSketch, SPOOLGEN, SupportManager, SupportModeler, and Intergraph Smart are trademarks orregistered trademarks of Intergraph Corporation or its subsidiaries in the United States and other countries. Microsoft and Windowsare registered trademarks of Microsoft Corporation. ACIS is a registered trademark of SPATIAL TECHNOLOGY, INC. Infragistics,Presentation Layer Framework, ActiveTreeView Ctrl, ProtoViewCtl, ActiveThreed Ctrl, ActiveListBar Ctrl, ActiveSplitter,

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ContentsPreface .......................................................................................................................................................... 7

Documentation Set ................................................................................................................................. 7

Documentation Comments ................................................................................................................... 10

What's New in 2D Symbols Reference Data ........................................................................................... 10

2D Symbols Reference Data ..................................................................................................................... 11

Member Cross Sections ............................................................................................................................ 13

Cross Section Symbol 2L ...................................................................................................................... 14Cross Section Symbol C (MC) .............................................................................................................. 15Cross Section Symbol CS ..................................................................................................................... 17Cross Section Symbol HP ..................................................................................................................... 18

Cross Section Symbol HSSC (Pipe) ..................................................................................................... 19Cross Section Symbol HSSR ................................................................................................................ 20

Cross Section Symbol HW .................................................................................................................... 21Cross Section Symbol HWWF .............................................................................................................. 22

Cross Section Symbol L ........................................................................................................................ 23

Cross Section Symbol M ....................................................................................................................... 25

Cross Section Symbol MC .................................................................................................................... 26Cross Section Symbol MT .................................................................................................................... 27Cross Section Symbol Pipe .................................................................................................................. 28Cross Section Symbol Rect .................................................................................................................. 29Cross Section Symbol RectC ................................................................................................................ 30Cross Section Symbol RectCWF .......................................................................................................... 32Cross Section Symbol RectWF ............................................................................................................. 33Cross Section Symbol RS ..................................................................................................................... 34Cross Section Symbol S ....................................................................................................................... 35

Cross Section Symbol ST ..................................................................................................................... 36

Cross Section Symbol T (MT) ............................................................................................................... 37Cross Section Symbol W (M) ................................................................................................................ 38Cross Section Symbol Wedge .............................................................................................................. 40Cross Section Symbol WedgeWF ......................................................................................................... 41Cross Section Symbol WT .................................................................................................................... 42

Wall Cross Sections .................................................................................................................................. 45

Cross Section Symbol HW .................................................................................................................... 46Cross Section Symbol HWWF .............................................................................................................. 47Cross Section Symbol Rect .................................................................................................................. 48

Cross Section Symbol RectC ................................................................................................................ 50Cross Section Symbol RectCWF .......................................................................................................... 51

Cross Section Symbol RectWF ............................................................................................................. 53Cross Section Symbol Wedge .............................................................................................................. 54Cross Section Symbol WedgeWF ......................................................................................................... 55



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Contents

Index ........................................................................................................................................................... 57



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This document is a reference data guide for the Intergraph SmartTM

3D 2D Symbols task. Thepurpose of this document is to describe the reference data delivered with the software for thistask.

Reference data includes both catalog data and specification data. Catalog data includes theparts that you place in the model, such as piping components and equipment. Specification dataincludes the rules that govern how those parts are placed and connected.

Documentation SetIntergraph Smart

TM3D documentation is available as Adobe PDF files. The content is the same

as the online Help. To access these PDF documents, click Help > Printable Guidesin thesoftware.

The documentation set is divided into four categories:

Administrative guides contain information about installing, configuring, customizing, and

troubleshooting.

User's guides provide command reference and how-to information for working in each task.

Reference data guides define the reference data workbooks. Not all tasks have referencedata.

ISOGEN guides.

Administrative Guides

Intergraph SmartTM

3D Installation Guide- Provides instructions on installing and configuring thesoftware.

Project Management User's Guide - Provides instructions for setting up the databases, creatingpermission groups, backing up and restoring project data, assigning access permissions to themodel, defining and managing locations for Global Workshare, and version upgrade.

Global Workshare Guide- Provides instructions for setting up the software and the databases towork in a workshare environment.

Interference Checking Guide- Provides information on installing, configuring, and using theinterference detection service.

Integration Reference Guide- Provides information about installing, configuring, and usingSmart 3D in an integrated environment.

Interpreting Human Piping Specifications- Provides information about how to interpret humanpiping specifications so that you can create the corresponding piping specification in thesoftware.

Export to PDMS- Provides information about how to export model data from Smart 3D toPDMS. Specific guidelines relating to best practices and known limitations of the exportfunctionality are also included.

Point Cloud Reference- Provides information for referencing point cloud files provided by pointcloud vendors in Smart 3D.

Troubleshooting Reference Guide - Provides information on how to resolve errors that you mightencounter in the software by documenting troubleshooting tips, error messages, and To Do Listmessages.

Preface



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Preface

Plant Design System (PDS) Guide- Provides all information needed to use PDS with Smart 3D.Topics include referencing active PDS projects in Smart 3D, exporting PDS data and importingthat data into Smart 3D, and converting PDS reference data to Smart 3D reference data.

Intergraph SmartTM

3D Programmer's Guide- Provides information about custom commands,naming rules, and symbol programming. If you install the Programming Resources, thisdocument is delivered to the [Product Folder]\Programming\Help folder.

User's Guides

Catalog User's Guide- Provides information about viewing, editing, and creating reference dataand select lists (codelists).

Common User's Guide- Provides information about defining workspaces, manipulating views,and running reports.

Compartmentation User's Guide- Provides instruction for placing volume objects such ascompartments and zones in the model.

Electrical User's Guide- Provides information about routing electrical cable, cableway, cabletray, and conduit.

Equipment and Furnishings User's Guide- Provides information about placing equipment.

Geometry Analysis and Repair User's Guide- Provides instructions for importing and exportingmodel data, checking the data against a defined set of requirements, and repairing the data.

Grids User's Guide- Provides instructions for creating coordinate systems, elevation gridplanes, vertical grid planes, radial cylinders, radial planes, grid arcs, and grid lines.

Hangers and Supports User's Guide- Provides instructions on placing piping, duct, andcableway supports in the model.

Hole Management User's Guide- Provides instructions for placing, reviewing, and approvingholes in a structure.

HVAC User's Guide- Provides instructions for routing HVAC duct.

Molded Forms User's Guide- Provides instructions for placing hull, bulkheads, major openings,stiffeners, and other major structural components in the model.

Orthographic Drawings User's Guide- Provides information about creating and managing

orthographic drawings.

Piping Isometric Drawings User's Guide- Provides information about creating and managingpiping isometric drawings.

Piping User's Guide- Provides instructions for routing pipe and placing valves, taps, and pipejoints.

Planning User's Guide- Provides instructions about defining the assembly hierarchy (productionbill of material) by creating blocks and assemblies and by specifying the assembly sequence.

Reports User's Guide- Provides information about creating and managing spreadsheet reports.

Space Management User's Guide- Provides instructions for placing space objects such asareas, zones, interference volumes, and drawing volumes in the model.

Structural Analysis User's Guide- Provides instructions for defining loads, load cases, loadcombinations, and the importing and exporting of analytical data.

Structural Detailing User's Guide- Provides instructions for creating, detailing, and maintainingthe structural members of a model.

Structural Manufacturing User's Guide- Provides instructions for creating and maintainingmanufacturing objects such as templates, jigs, and margins.

Structure User's Guide- Provides instructions for placing structural members, such as beams,columns, slabs, openings, stairs, ladders, equipment foundations, and handrails.



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Preface

Systems and Specifications User's Guide- Provides instructions for creating systems andselecting the available specifications for each system type.

Reference Data Guides

2D Symbols User's Guide- Provides command reference information and procedural

instructions for creating 2D symbols used to represent collars, clips, profiles, brackets, and otheritems.

2D Symbols Reference Data Guide- Provides information about the two-dimensional symbolsused in all tasks.

Compartmentation Reference Data Guide- Provides information about compartmentationreference data.

Drawings and Reports Reference Data Guide- Provides information about reports referencedata.

Electrical Reference Data Guide- Provides information about electrical cable, cableway, cabletray, and conduit reference data.

Electrical 3D Symbols Reference- Provides information about the cable tray and conduit 3Dsymbols that are available.

Equipment and Furnishings Reference Data Guide- Provides information about equipmentreference data.

Equipment 3D Symbols Reference- Provides information about the equipment, equipmentcomponent, design shapes, and design aides 3D symbols that are available.

Hangers and Supports Reference Data Guide- Provides information about hangers andsupports reference data.

Hangers and Supports 3D Symbols Reference- Provides information about the hanger andsupport 3D symbols that are available.

Hangers and Supports SmartPart Symbols Reference- Provides information about the hangerand support SmartPart symbols that are available.

Hole Management Reference Data Guide- Provides information about hole reference data.

HVAC Reference Data Guide- Provides information about HVAC reference data.

HVAC 3D Symbols Reference- Provides information about the HVAC 3D symbols that areavailable.

Reference Data Guide- Provides instructions about the Bulkload utility, codelists, and thereference data common to several disciplines.

Piping Reference Data Guide- Provides information about piping reference data including pipingspecifications, piping specification rules, piping parts, and piping symbols.

Piping 3D Symbols Reference- Provides information about the piping 3D symbols that areavailable.

Space Management Reference Data Guide- Provides information about space managementreference data.

Structure Reference Data Guide- Provides information about structural reference data.

Structure 3D Symbols Reference- Provides information about the stair, ladder, footings, andequipment foundation 3D symbols that are available.

Structural Reference Data Overview- Provides an overview of the marine mode structuralreference data library.



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Preface

ISOGEN Guides

Symbol Keys Reference Guide- Provides information about the symbol keys for isometricdrawings. This guide is from Alias, the makers of ISOGEN.

Documentation CommentsWe welcome comments or suggestions about this documentation. You can send us an email at:[email protected].

Documentation updates for supported software versions are available from eCustomerhttps://crmweb.intergraph.com.

What's New in 2D Symbols Reference DataThe following changes have been made to the 2D symbols reference data.

Version 2014 (10.0)

Added information on Structural Manufacturing requirements for profile and member crosssections. For more information, see Manufacturing Requirements for Profile Cross Sections

and Manufacturing Requirements for Member Cross Sections.

https://crmweb.intergraph.com/https://crmweb.intergraph.com/https://crmweb.intergraph.com/


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S E C T I O N 1

The 2D Symbols utility is delivered with the software and is used to create symbols representingprofile cross-sections, brackets, slots, collars, end cuts, detailing features, and manufacturingfeatures in the Molded Forms and Structural Detailing tasks; member cross-sections in theStructure task; and facilitate using these symbols in a modeling environment.

This document describes all of the 2D symbols that are delivered with the software. The symbollibrary is delivered to the SharedContent share in the [Reference Data ProductDirectory]\SharedContent folder

You can create your own custom symbols using the 2D Symbols utility. To learn how to create2D symbols, refer to the 2D Symbols User's Guide.

Two sets of 2D symbols are delivered: default and marine library. The default setcontains basic symbols suitable for prototyping. The marine library set provides a morecomplete set of marine symbols.

2D Symbols Reference Data



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2D Symbols Reference Data



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S E C T I O N 2

Member cross-section symbols are used in the Structure task.

All section tables delivered with the software use a specific set of cross-section symbols. Somesection tables use all the cross-section symbols in the set; some tables only use a subset of thecross-section symbols. Each cross-section symbol has its own set of properties. When lookingat a section table workbook, you can determine the cross-section symbol that is beingreferenced by that particular sheet by looking at the SymbolDefinition entry at the top of thesheet.

The cross-section symbols are delivered with the reference data software in the [ReferenceData Folder]\SharedContent\CrossSections folder. You can create your own customcross-section symbols, sometimes referred to as arbitrary sections, using the 2D Symbols utilitythat is delivered with the software.

The software uses the simple physical representation of the cross-section symbol to display themember geometry in the model. You can change the display representation using the SelectedAspectsoption of Format > View.

The delivered symbols contain a detailed physical representation. This representation isavailable only for marine models, and is not used for plant and materials handling models.

The delivered symbols also contain a production physical representation. This representation isavailable only for marine models in the Structural Manufacturing task, and is not used for plantand materials handling models.

For more information, see Cross-Section Symbol Representationsin the 2D Symbols User'sGuide.

In This Section

Cross Section Symbol 2L .............................................................. 14

Cross Section Symbol C (MC) ....................................................... 15Cross Section Symbol CS ............................................................. 17Cross Section Symbol HP ............................................................. 18Cross Section Symbol HSSC (Pipe) .............................................. 19Cross Section Symbol HSSR ........................................................ 20Cross Section Symbol HW ............................................................ 21Cross Section Symbol HWWF ....................................................... 22Cross Section Symbol L ................................................................ 23Cross Section Symbol M ............................................................... 25Cross Section Symbol MC ............................................................. 26Cross Section Symbol MT ............................................................. 27Cross Section Symbol Pipe ........................................................... 28Cross Section Symbol Rect ........................................................... 29Cross Section Symbol RectC ........................................................ 30Cross Section Symbol RectCWF ................................................... 32Cross Section Symbol RectWF ..................................................... 33Cross Section Symbol RS ............................................................. 34Cross Section Symbol S ................................................................ 35Cross Section Symbol ST .............................................................. 36Cross Section Symbol T (MT)........................................................ 37Cross Section Symbol W (M)......................................................... 38

Member Cross Sections



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Cross Section Symbol Wedge ....................................................... 40Cross Section Symbol WedgeWF ................................................. 41Cross Section Symbol WT ............................................................. 42

Cross Section Symbol 2LThe 2Lcross section symbol defines double-angle sections anduses the following properties.

Section Name- Type the section name. This name appears whenyou label members. The section name must be unique within thesection standard.

Short Name- Type the short name for the section.

EDI Name- Type the Electronic Data Interchange name for thesection. This name is used when translating sections through CIMsteel. This property iscurrently not used.

Group Id- Type the material group identification for the section.

Unit Weight- Type the weight of the section. The unit weight is defined in mass per length,pound per foot (lb/ft).

Area- Type the cross-sectional area for the section. The area is defined in square inches orsquare millimeters.

Depth- Type the depth for the section (longer legs). The depth is defined in inches ormillimeters.

d- Type the other depth for the section (shorter legs). The depth is defined in inches ormillimeters.

bf- Type the width of a single angle. The width is defined in inches or millimeters.

Width- Type the width of the entire section. The width is defined in inches or millimeters.

Perimeter- Type the outside perimeter of the section.

tf- Type the flange thickness for the section. The thickness is defined in inches or millimeters.

tw- Type the web thickness for the section. The thickness is defined in inches or millimeters.

kdesign- Type the distance from outer face of the flange to the web toe of the fillet of the rolledshape or the equivalent distance on the welded section.

kdetail- Type the distance from outer face of the flange to the web toe of the fillet of the rolledshape or the equivalent distance on welded section.

bb- Enter the back-to-back spacing on the section.

CentroidY- Type the centroid location along the y-axis. The location is defined in inches ormillimeters.

Ixx- Type the moment of inertia for the section's local x-axis.

Zxx- Type the plastic section modulus for the section's local x-axis.

Sxx- Type the section modulus for the section's local x-axis.

Rxx- Type the radius of gyration for the section's local x-axis.

Ryy- Type the radius of gyration for the section's local y-axis.

ro- Type the polar radius of gyration about the shear center.

H- Type the flexural constant.



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bb Configuration- Specifies which legs of the angles are placed back-to-back. Type 0 forequal leg angle. Type 1to place the long legs back-to-back. Type 2to place the short legsback-to-back.

lsg- Specify the bolt gage for the long side when there is one bolt row. Formore information, see Member Cross Sections.

lsg1- Specify the gage distance to the first bolt row on the long side whenthere are two bolt rows.

lsg2- Specify the gage distance between the first and second bolt rows onthe long side when there are two bolt rows.

ssg- Specify the bolt gage for the short side when there is one bolt row.

ssg1- Specify the gage distance to the first bolt row on the short side whenthere are two bolt rows.

ssg2- Specify the gage distance from the first bolt row to the second boltrow on the short side when there are two bolt rows.

IsHollow- Specify if the cross-section is hollow or not. For thiscross-section, the default value is False.

IsSymmetricAlongX- Specify if the cross-section is symmetrical along the local x-axis. For this

cross-section, the default value is False.IsSymmetricAlongY- Specify if the cross-section is symmetrical along the local y-axis. For thiscross-section, the default value is True.

Cross Section Symbol C (MC)The Ccross-section symbol defines channel sections and usesthe following properties. The Csymbol is also used for MCcross-sections.

Section Name- Type the section name. This name appearswhen you label members. The section name must be uniquewithin the section standard.


EDI Name- Type the Electronic Data Interchange name for thesection. This name is used when translating sections throughCIMsteel. This property is currently not used.


Unit Weight- Type the weight of the section. The unit weight isdefined in mass per length pound per foot (lbm/ft).

Area- Type the cross-sectional area for the section. The area isdefined in square inches or square millimeters.

Depth- Type the depth for the section. The depth is defined in inches or millimeters.

Width- Type the flange width for the section. The width is defined in inches or millimeters.

Perimeter- The outside perimeter distance for the section.d- Type the depth for the section. The depth is defined in inches or millimeters.

bf- Type the flange width for the section. The width is defined in inches or millimeters.





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kdesign- Type the distance from the outer face of the flange to the web toe of the fillet of therolled shape or the equivalent distance on the welded section.

kdetail- Type the distance from the outer face of the flange to the web toe of the fillet of therolled shape or the equivalent distance on welded section.

CentroidX- Type the centroid location along the x-axis. The location is defined in inches or

millimeters.eo_x- Type the shear center location along the x-axis. The location is defined in inches ormillimeters.

xp- Type the horizontal distance from the designated edge of member to its plastic neutral axis(PNA). The distance is defined in inches or millimeters.





Iyy- Type the moment of inertia for the section's local y-axis.

Zyy- Type the plastic section modulus for the section's local y-axis.

Syy- Type the section modulus for the section's local y-axis.Ryy- Type the radius of gyration for the section's local y-axis.

J- Type the torsional moment of inertia for the section.

Cw- Type the warping constant for the section.


H- Type the flexural constant in LRFD Specification Equation E3-1.

gf- Type the bolt gage for the flange.

gw- Type the bolt gage for the web.

IsHollow- Specify if the cross-section is hollow or not. For this cross-section, thedefault value is False.

IsSymmetricAlongX- Specify if the cross-section is symmetrical along the local

x-axis. For this cross-section, the default value is True.IsSymmetricAlongY- Specify if the cross-section is symmetrical along the localy-axis. For this cross-section, the default value is False.



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Cross Section Symbol CSThe CScross section symbol defines solid round sections and uses the following properties.

Section Name- Type the section name. This name appears when

you label members. The section name must be unique within thesection standard.




Unit Weight- Type the weight of the section. The unit weight is defined in mass per lengthpound per foot (lbm/ft).


Depth- Type the depth of the section.

Width- Type the width of the section.

Perimeter- Type the outside perimeter distance for the section.







H- Type the flexural constant.

IsHollow- Specify if the cross-section is hollow or not. For this cross-section, the default valueis False.

IsSymmetricAlongX- Specify if the cross-section is symmetrical along the local x-axis. For thiscross-section, the default value is True.

IsSymmetricAlongY- Specify if the cross-section is symmetrical along the local y-axis. For thiscross-section, the default value is True.



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Cross Section Symbol HPThe HPcross section symbol uses the following properties.

Section Name- Type the section name. This name appears when

you label members. The section name must be unique within thesection standard.


EDI Name- Type the Electronic Data Interchange name for thesection.


Unit Weight- Type the nominal weight of the section. The unit weight is defined in mass perlength, pound per foot (lbm/ft).


Depth- Type the overall depth for the member (longer legs for angles). The depth is defined ininches or millimeters.

Width- Type the flange width. The width is defined in inches or millimeters.

Perimeter- Type the outside perimeter distance of the shape.

d- Type the other depth for the section (shorter legs). The depth is defined in inches ormillimeters.

bf- Type the flange width. The width is defined in inches or millimeters.

tw- Type the web thickness. The thickness is defined in inches or millimeters.

tf- Type the flange thickness. The thickness is defined in inches or millimeters.



Fy3p- Type the theoretical maximum yield stress (F'").Ixx- Type the moment of inertia about the x-axis.

Zxx- Type the plastic section modulus about the x-axis.

Sxx- Type the elastic section modulus about the x-axis.

Rxx- Type the radius of gyration about the x-axis.

Iyy- Type the moment of inertia about the y-axis.

Zyy- Type the plastic section modulus about the y-axis.

Syy- Type the elastic section modulus about the y-axis.

Ryy- Type the radius of gyration about the y-axis.

J - Type the torsional moment of inertia.

Cw- Type the warping constant.

Wno- Type the normalized warping function.

Sw- Type the warping statical moment.

Qf- Type the statical moment at point in flange.

Qw- Type the statical moment at mid-depth of the section.




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Cross Section Symbol HSSC (Pipe)The HSSCcross section symbol defines circular, hollowstructural sections and uses the following properties. TheHSSCsymbol is also used for Pipe cross-sections.

Section Name- Type the section name. This name appearswhen labeling members. The section name must be uniquewithin the section standard.


EDI Name- Type the Electronic Data Interchange name forthe section. This name is used when translating sectionsthrough CIMsteel. This property is currently not used.

Group Id- Type the material group identification for the section.Unit Weight- Type the weight of the section. The unit weight is defined in mass per lengthpound per foot (lbm/ft).

Area- Type the cross-section area for the section. The area is defined in square inches orsquare millimeters.



Perimeter- The outside perimeter distance for the section.

tnom- Type the nominal wall thickness of the section.

tdes- Type the design wall thickness of the section.

D_t- Type the ratio of the diameter to the thickness.

Ixx- Type the moment of inertia for the section's local x-axis.Zxx- Type the plastic section modulus for the section's local x-axis.





Syy- Type the section modulus for the section's local y-axis.



IsHollow- Specify if the cross-section is hollow or not. For this cross-section, the default valueis True.





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Cross Section Symbol HSSRThe HSSRcross section symbol defines rectangular, hollow, structural sections and uses thefollowing properties.

Section Name- Type the section name. This name appears when you label members. Thesection name must be unique within the section standard.


EDI Name- Type the Electronic Data Interchange namefor the section. This name is used when translatingsections through CIMsteel. This property is currently notused.

Group Id- Type the material group identification for thesection.

Unit Weight- Type the weight of the section. The unitweight is defined in mass per length pound per foot(lbm/ft).

Area- Type the cross-section area for the section. The area is defined in square inches andsquare millimeters.

Depth- Type the overall depth of the section.

Width- Type the width for the section. The width is defined in inches or millimeters.




b_t- Type the width to thickness ratio of the section.

h_t- Type the height to thickness ratio of the section.



Sxx- Type the section modulus for the section's local x-axis.Rxx- Type the radius of gyration for the section's local x-axis.











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Cross Section Symbol HWThe HWsymbol uses the following properties.

Section Name- Type the section name. The section name must be unique within the sectionstandard.


EDI Name- Type the Electronic Data Interchange name for the section. This name is usedwhen translating sections through CIMsteel. This property is currently not used.


Angle- Define the angle.


Area- Type the cross-section area for the section.Depth- Type the depth for the section. The depth is defined in meters

Width- Type the width for the section. The width is defined in meters.


d- Type the depth for the section.

bf- Type the width for the section.

tw- Type the web thickness for the section. The thickness is defined in meters.

tf- Type the flange thickness for the section. The thickness is defined in meters.


kdetail- Type the distance from the outer face of the flange to the web toe of the fillet of the

rolled shape or the equivalent distance on welded section.CentroidY- Type the vertical distance from designated member edge to the centroidal axis.







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H- Type the flexural constant for the section.

Cross Section Symbol HWWFThe HWWFsymbol uses the following properties.






Flange Right Width- Define the flange width on the right side.

Flange Left Width- Define the flange width on the left side.


Area- Type the cross-section area for the section.

Depth- Type the depth for the section. The depth is defined in meters









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CentroidX- Type the horizontal distance from the designated member edge to the centroidal

axis.CentroidY- Type the vertical distance from the designated member edge to the centroidal axis.













Cross Section Symbol LThe Lcross section symbol uses the following properties.

Section Name- Type the section name. This name appears when youlabel members. The section name must be unique within the sectionstandard.


EDI Name- Type the Electronic Data Interchange name for thesection. This name is used when translating sections through CIMsteel.This property is currently not used.


Unit Weight- Type the weight of the section. The unit weight is definedin mass per length pound per foot (lbm/ft).



Width- Type the breadth for the section. The breadth is defined in inches or millimeters.


d- Type the overall depth (longer leg) for the section. The depth is defined in inches ormillimeters.

bf- Type the overall width (shorter leg) for the section. The width is defined in inches ormillimeters.





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CentroidX- Type the location of the centroid along the local x-axis. The location is defined in

inches or millimeters.CentroidY- Type the location of the centroid along the local y-axis. The location is defined ininches or millimeters.

xp- Type the distance from the designated edge of angle to its plastic neutral axis (PNA) alongthe local x-axis.

yp- Type the distance from the designated edge of angle to its plastic neutral axis (PNA) alongthe local y-axis.









Rxy- Type the radius of gyration about the local z-axis. The radius is defined in inches ormillimeters.





lsg- Specify the bolt gage for the long side when there is one bolt row.

lsg1- Specify the gage distance to the first bolt row on the long side when thereare two bolt rows.

lsg2- Specify the gage distance from the first bolt row to the second bolt row onthe long side when there are two bolt rows.

ssg- Specify the bolt gage for the short side when there is one bolt row.

ssg1- Specify the gage distance to the first bolt row on the short side when thereare two bolt rows.

ssg2- Specify the gage distance from the first bolt row to the second bolt row onthe short side when there are two bolt rows.

IsHollow- Specify if the cross-section is hollow or not. For this cross-section, thedefault value is False.

IsSymmetricAlongX- Specify if the cross-section is symmetrical along the local

x-axis. For this cross-section, the default value is False.IsSymmetricAlongY- Specify if the cross-section is symmetrical along the local y-axis. For thiscross-section, the default value is False.



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Cross Section Symbol MThe Wsymbol uses the following properties. The Wsymbol is alsoused for M cross-sections.



Alternate EDI Name- Type the Electronic Data Interchange namefor the section. This name is used when translating sections throughCIMsteel. This property is currently not used.




Depth- Type the depth for the section. The depth is defined in inches.

Width- Type the flange width for the section. The width is defined in inches.




tw- Type the web thickness for the section. The thickness is defined in inches.

tf- Type the flange thickness for the section. The thickness is defined in inches.



Fy3p- Type the maximum yield stress for the section.











Wno- Type the normalized warping function. The function is defined insquare inches or square millimeters.

Sw- Type the warping statical moment. The moment is defined in in4 ormm4.

Qf- Type the first moment of area for the flange.

Qw- Type the first moment of area for the web.



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IsSymmetricAlongX- Specify if the cross-section is symmetrical along the local x-axis. For this

cross-section, the default value is True.IsSymmetricAlongY- Specify if the cross-section is symmetrical along the local y-axis. For thiscross-section, the default value is True.

Cross Section Symbol MCThe Ccross-section symbol defines channel sections and usesthe following properties. The Csymbol is also used for MCcross-sections.


Short Name- Type the short name for the section.EDI Name- Type the Electronic Data Interchange name for thesection. This name is used when translating sections throughCIMsteel. This property is currently not used.



Area- Type the cross-sectional area for the section. The area isdefined in square inches or square millimeters.


Width- Type the flange width for the section. The width is defined in inches or millimeters.

Perimeter- The outside perimeter distance for the section.d- Type the depth for the section. The depth is defined in inches or millimeters.

bf- Type the flange width for the section. The width is defined in inches or millimeters.





CentroidX- Type the centroid location along the x-axis. The location is defined in inches ormillimeters.

eo_x- Type the shear center location along the x-axis. The location is defined in inches ormillimeters.

xp- Type the horizontal distance from the designated edge of member to its plastic neutral axis(PNA). The distance is defined in inches or millimeters.






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H- Type the flexural constant in LRFD Specification Equation E3-1.





IsSymmetricAlongY- Specify if the cross-section is symmetrical along the local y-axis. For this

cross-section, the default value is False.

Cross Section Symbol MTThe Tcross-section symbol uses the following properties. The Tsymbol is also used for MTcross-sections.


















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CentroidY- Type the vertical distance from designated member edge to the centroidal axis.

yp- Type the distance from designated edge of angle to its plastic neutral axis along the localy-axis.
















IsSymmetricAlongX- Specify if the cross-section is symmetrical along the local x-axis. For thiscross-section, the default value is False.


Cross Section Symbol PipeThe HSSCcross section symbol defines circular, hollow

structural sections and uses the following properties. TheHSSCsymbol is also used for Pipe cross-sections.

Section Name- Type the section name. This name appearswhen labeling members. The section name must be uniquewithin the section standard.












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D_t- Type the ratio of the diameter to the thickness.













cross-section, the default value is True.

Cross Section Symbol RectThe Rectsymbol uses the following properties.

Section Name- Type the section name. The section name mustbe unique within the section standard.



Group Id- Type the material group identification for the section.Unit Weight- Type the weight of the section. The unit weight isdefined in mass per length pound per foot (lbm/ft).











CentroidX- Type the horizontal distance from the designated member edge to the centroidalaxis.

CentroidY- Type the vertical distance from the designated member edge to the centroidal axis.



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Cross Section Symbol RectCThe RectCsymbol uses the following properties.






Setback- Define the setback. This value is defined in meters.







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Cross Section Symbol RectCWFThe RectCWFsymbol uses the following properties.






Setback- Define the setback. This value is defined in meters.

Flange Right Width- Define the flange width on the right side. This valve is defined in meters.

Flange Left Width- Define the flange width on the left side. This valve is defined in meters.










kdesign- Type the distance from the outer face of the flange to the web toe of the fillet of the

rolled shape or the equivalent distance on the welded section.






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Cross Section Symbol RectWFThe RectWFsymbol uses the following properties.





Flange Right Width- Define the flange width on the right side. This valve is defined in meters.

Flange Left Width- Define the flange width on the left side. This valve is defined in meters.









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CentroidY- Type the vertical distance from designated member edge to the centroidal axis.













Cross Section Symbol RSThe RScross section symbol defines rectangular solids and uses the following properties.





Unit Weight- Type the weight of the section. The unit weightis defined in mass per length pound per foot (lbm/ft).

Area- Type the cross-section area for the section. The area is defined in square inches andsquare millimeters.


Width- Type the breadth for the section. The breadth is defined in inches or millimeters.

Perimeter- Type the outside perimeter distance for the section.







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Cross Section Symbol SThe Scross section symbol uses the following properties.

Section Name- Type the section name. This nameappears when you label members. The section name mustbe unique within the section standard.




Unit Weight- Type the weight of the section. The unitweight is defined in mass per length pound per foot (lbm/ft).


Depth- Type the depth for the section. The depth is definedin inches.

Width- Type the flange width for the section. The width is

defined in inches.Perimeter- The outside perimeter distance for the section.

d- Type the overall depth for the section.

bf- Type the overall width for the section.





Fy3p- Type the maximum yield for the compact web for the section.

Ixx- Type the moment of inertia for the section's local x-axis.Zxx- Type the plastic section modulus for the section's local x-axis.







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Wno- Type the normalized warping function. The function is defined in square inches or square

millimeters.

Sw- Type the warping statical moment. The moment is defined in in4 or mm4.

Qf- Type the first moment of area for the flange.

Qw- Type the first moment of area for the web.



IsHollow- Specify if the cross-section is hollow or not. For thiscross-section, the default value is False.

IsSymmetricAlongX- Specify if the cross-section is symmetrical alongthe local x-axis. For this cross-section, the default value is True.


cross-section, the default value is True.

Cross Section Symbol STThe STcross section symbol uses the following properties.
















CentroidY- Type the distance to the centroid along the local y-axis. This distance is defined ininches or millimeters.



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yp- Type the distance from the designated edge of angle to its plastic neutral axis along thelocal y-axis.







Syy- Type th

2 d Symbols Reference Data

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Transcript of 2 d Symbols Reference Data