Enum CrossSectionType

Namespace: IdeaRS.OpenModel.CrossSection

Assembly: IdeaRS.OpenModel.dll

Type of cross-section

[DataContract]
public enum CrossSectionType

Fields

BeamShapeBox = 79

Beam cross-section - Box

BeamShapeBox1 = 80

Beam cross-section - Box - 1

BeamShapeIHaunchChamfer = 76

Beam cross-section - I haunch chamfer

BeamShapeIHaunchChamferAssym = 77

Beam cross-section - I haunch chamfer assymetric

BeamShapeIZDegen = 88

Beam cross-section - IZ Degen

BeamShapeIrevDegen = 83

Beam cross-section - I rev Degen

BeamShapeIrevDegenAdd = 84

Beam cross-section - I rev Degen Add

BeamShapeLDegen = 89

Beam cross-section - L Degen

BeamShapeRevU = 78

Beam cross-section - Rev U

BeamShapeTrevChamferHaunchD = 82

Beam cross-section - T rev Chamfer Haunch D

BeamShapeTrevChamferHaunchS = 81

Beam cross-section - T rev Chamfer Haunch S

BeamShapeTrevDegen = 85

Beam cross-section - T rev Degen

BeamShapeTrevDegenAdd = 86

Beam cross-section - T rev Degen Add

BeamShapeZDegen = 87

Beam cross-section - Z Degen

Box2I = 18

Box from double I rolled - II

Box2L = 21

Box welded from two rolled L-profiles

Box2U = 19

Box from double 2U

Box2U2PI = 20

Box from 2U and 2 Plates

Box4L = 22

Box section welded from 4 L-profiles

BoxDelta = 98

Welded box - delta shape

BoxFl = 16

Welded Box - contains two dominante flanges and two webs

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BoxTriangle = 99

Welded box - triangular shape

BoxWeb = 17

Welded Box - contains two dominante flanges and two webs, bottom flange is inside between webs

CF2Co = 100

Cold formed - Pair 2C - opened (back to back)

CF2Cpo = 105

Cold formed - Pair 2C+ - opened (back to back)

CFC = 93

Cold formed thin-wall C section

CFCp = 104

Cold formed thin-wall C+ section

CFGeneral = 103

Cold formed - general shape

CFL = 95

Cold formed thin-wall angle section

CFLgen = 102

Cold formed - general angle section

CFOmega = 97

Cold formed thin-wall omega section

CFRegPolygon = 96

Cold formed thin-wall regular polygon

CFRhs = 106

Cold formed - rectangular hollow section

CFSigma = 92

Cold formed thin-wall sigma section

CFU = 94

Cold formed thin-wall Channel section

CFZ = 90

Cold formed thin-wall Z section

CFZed = 91

Cold formed thin-wall Z section with lips

CHSPar = 101

Parametric circular hollow section

CHSg = 34

Massive circular hollow section

CompositeBeamBox = 53

Hollow cross-section with composite slab

CompositeBeamBox1 = 54

Hollow cross-section with composite slab

CompositeBeamIgenT = 55

I-shaped cross-section with composite slab

CompositeBeamLLeft = 56

Composite beam cross-section - L left

CompositeBeamPlate = 57

Composite slab

CompositeBeamRResT = 58

Composite beam cross-section - R res T

CompositeBeamRResT1 = 59

Composite beam cross-section - R res T - 1

CompositeBeamRT = 60

Composite beam cross-section - R T

CompositeBeamShapeChamf = 61

I-shaped cross-section with composite slab

CompositeBeamShapeChamfAssym = 62

Assymetrical I-shaped cross-section with composite slab

CompositeBeamShapeIT = 64

I-shaped cross-section with composite slab

CompositeBeamShapeITAssym = 65

Assymetrical I-shaped cross-section with composite slab

CompositeBeamShapeIgen = 63

I-shaped cross-section with composite slab

CompositeBeamShapeTT = 75

Composite beam cross-section - TT

CompositeBeamTLeft = 66

Composite beam cross-section - T left

CompositeBeamTrapezoid = 67

Trapezoidal cross-section with composite slab

CompositeBeamTresT = 68

T-shaped cross-section with composite slab

CompositeBeamTrev = 69

T-shaped cross-section with composite slab

CompositeBeamTrevResI = 70

Composite beam cross-section - T rev res I

CompositeBeamTrevResI1 = 71

Composite beam cross-section - T rev res I - 1

CompositeBeamTrevResR = 72

Composite beam cross-section - T rev res R

CompositeBeamTrevResR1 = 73

Composite beam cross-section - T rev res R - 1

CompositeBeamTrevT = 74

Composite beam cross-section - T rev T

General = 38

General cross-section

GeneralConcrete = 52

General concrete cross-section

GeneralSteel = 51

General steel cross-section

Igh = 29

Massive symetrical I with web root chamfering

Ign = 28

Massive asymetrical I

Iw = 23

Welded I

Iwn = 24

Asymmetrical welded I

Lg = 31

Massive L

LgMirrored = 32

Mirrored Massive L

O = 26

Circular section

OneComponentCss = 0

Cross-section with one component without shape specification

Oval = 37

Oval shape

RHSg = 36

Massive Rectangular hollow section

Rect = 27

Rectangular

Rolled2I = 39

Pair rolled 2I

RolledAngle = 2

Rolled angle

RolledCHS = 5

Rolled circular holow section

RolledDoubleLt = 10

Composed double L rolled - ||

RolledDoubleLu = 11

Pair double L |_ _|

RolledDoubleUc = 8

Composed double U rolled - []

RolledDoubleUo = 7

Composed double U rolled - ][

RolledI = 1

Rolled I

RolledIPar = 13

Rolled IPar - Parametrized I section

RolledLPar = 15

Rolled LPar - Parametrized Angle section

RolledRHS = 6

Rolled rectangular hollow setion

RolledT = 3

Rolled T

RolledTI = 12

T profile made from part of I profile

RolledU = 4

Rolled Channel

RolledUPar = 14

Rolled UPar - Parametrized Channel section

Sg = 50

Massive S section

TT = 48

TT section

TT1 = 49

TT chamfer section

Tchamfer1 = 46

Massive T chamfer 1

Tchamfer2 = 47

Massive T chamfer 2

Tg = 30

Massive T

Tgrev = 43

Massive T reverse

Trapezoid = 40

Trapezoid

Ttfh = 41

Massive T with top flange haunch

Ttfhrev = 44

Massive T reverse with bottom flange haunch

Tw = 25

Welded T

Twh = 42

Massive T with wall haunch

Twhrev = 45

Massive T reverse with wall haunch

Ug = 33

Massive U

UniqueName = 1001

Unique Name

Zg = 35

Massive Z section

Table of Contents

Enum CrossSectionType

Fields

Welded Box - contains two dominante flanges and two webs

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Welded Box - contains two dominante flanges and two webs, bottom flange is inside between webs