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Description of the Calculated Properties

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General Properties

Description

Area

Transf.Area

Mass/L

Xc

Yc

NA (Deg)

PNA (x,y:

Bx(Stability)

By(Stability)

Total area

Transformed composite area

Total mass/unit length

Centroid X position

Centroid Y position

Elastic neutral axis angle

Plastic neutral axis position

X Stability constant

Y Stability constant

 

Torsion and Warping Properties

Description

J(Torsion)

Cw(Warping)

Xs (Shear)

Ys (Shear)

Ax

Kx

Ay

Ky

Ios

ros

Swx

Swy

Dsc

B torsional-flexural constant

Torsion constant

Warping constant

X position of the Shear center

Y position of the Shear center

X Shear reduced area

X Shear section constant

Y Shear reduced area

Y Shear section constant

Moment of inertia about shear center

Radius of gyration about shear center

X Sectorial Product of Area

Y Sectorial Product of Area

Distance between shear center and centroid

Torsional-flexural constant

 

Composite section  Properties

Description

1. User-Defined

Xcc

Ycc

Elastic modulus of the material of reference

Centroid X position in transformed composite section

Centroid Y position in transformed composite section

 

Stressses Properties

Description

Sig-yield T

Sig-yield C

Tau yield

Sig-x max T)

Sig-x max C)

Fpt

Fpc

Np Column Capacity

Tensile stress yield

Compressive stress yield

Shear Stress yield tau

Maximum Tensile stress

Maximum Compressive stress

Maximum Tensile Force related to plastic stress block

Maximum Compressive Force  related to plastic stress block

Axial capacity for column

 

Loads Properties

Description

Moment Mx

Moment My

Axial N

Torque Tz

Bimoment Bw

Shear Vx

Shear Vy

Applied moment about x axis

Applied moment about y axis

Applied axial load

Applied torque load

Applied bi-moment load

Applied shear load in x direction

Applied shear load in y direction

 

Axes X-Y Properties

Description

IX

Iy

Ixy

Io

rx

ry

ro

Moment of inertia about x axis

Moment of inertia about y axis

Product of inertia about x-y axes origin

Product of inertia about x-y axes origin

Radius of gyration about x axis

Radius of gyration about y axis

Radius of gyration about x-y axes origin

 

Centroidal Axes Properties

Description

Ix

Iy

Ixy

Io

rx

ry

ro

Y top

Y bot

Sx top

Sx bot

X right

X left

Sy right

Sy left

Zpx

Zpy

Max Mx

Max My

Mpx

Mpy

SFx

SFy

Moment of inertia about x centroidal axis

Moment of inertia about y centroidalaxis

Product of inertia about x-y centroidal axes origin

Polar moment of inertia about x-y centroidal axes origin

Radius of gyration about x centroidal axis

Radius of gyration about y centroidal axis

Radius of gyration about x-y centroidal axes origin

Extreme top fiber from x centroidal axis

Extreme bottom fiber from x centroidal axis

Elastic section modulus about x centroidal axis related to the top fiber

Elastic section modulus about x centroidal axis related to the bottom fiber

Extreme right fiber from y centroidal axis

Extreme left fiber from y centroidal axis

Elastic section modulus about y centroidal axis related to the right fiber

Elastic section modulus about y centroidal axis related to the left fiber

Plastic section modulus about x centroidal axis

Plastic section modulus about y centroidal axis

Maximum elastic moment about x centroidal axis

Maximum elastic moment about y centroidal axis

Fully plastic moment about x centroidal axis

Fully plastic moment about y centroidal axis

Shape factor about x centroidal axis

Shape factor about y centroidal axis

 

 

Principal Axes Properties

Description

Ix

Iy

Ixy

Io

rx

ry

ro

IMax

IMin

Theta (Deg)

Y top

Y bot

Sx top

Sx bot

X right

X left

Sy right

Sy left

Zpx

Zpy

Max Mx

Max My

Mpx

Mpy

SFx

SFy

Moment of inertia about x principal axis

Moment of inertia about y principal axis

Product of inertia about x-y principal axes origin

Polar moment of inertia about x-y principal axes origin

Radius of gyration about x principal axis

Radius of gyration about y principal axis

Radius of gyration about x-y principal axes origin

Maximum magnitudes of principal moment of inertia

Minimum magnitudes of principal moment of inertia

Angle of orientation between the principal x-axis and x-axis

Extreme top fiber from x principal axis

Extreme bottom fiber from x principal axis

Elastic section modulus about x principal axis related to the top fiber

Elastic section modulus about x principal axis related to the bottom fiber

Extreme right fiber from y principal axis

Extreme left fiber from y principal axis

Elastic section modulus about y principal axis related to the right fiber

Elastic section modulus about y principal axis related to the left fiber

Plastic section modulus about x principal axis

Plastic section modulus about y principal axis

Maximum elastic moment about x principal axis

Maximum elastic moment about y principal axis

Fully plastic moment about x principal axis

Fully plastic moment about y principal axis

Shape factor about x principal axis

Shape factor about y principal axis

 

 

Elastic Neutral Axis

Properties

Description

In

ENA Angle(°)

Y top

Y bot

Sx top

Sx bot

X right

X left

Sy right

Sy left

Zpx

Zpy

Max Mx

Max My

Mpx

Mpy

SFx

SFy

Torque Max

Tsx max

Tsy max

Moment of inertia about neutral axis

Angle of orientation of the neutral axis from x-axis

Extreme top fiber from neutral axis

Extreme bottom fiber from neutral axis

Elastic section modulus about neutral axis related to the top fiber

Elastic section modulus about neutral axis related to the top fiber

Extreme right fiber from perpendicular neutral axis

Extreme left fiber from perpendicular neutral axis

Elastic section modulus about perpendicular neutral axis related to the right fiber

Elastic section modulus about perpendicular neutral axis related to the left fiber

Plastic section modulus about x neutral axis

Plastic section modulus about perpendicular neutral axis

Maximum elastic moment about x neutral axis

Maximum elastic moment about perpendicular neutral axis

Fully plastic moment about x neutral axis

Fully plastic moment about perpendicular neutral axis

Shape factor about x neutral axis

Shape factor about perpendicular neutral axis

Maximum elastic torque

Maximum Shear stress Txs due to shear load Vx

Maximum Shear stress Tys due to shear load Vy

 

 

Maximum Positive and Negative Stresses Description

sx: Axial stress

sw: Axial warping stress

tsx: Shear stress in x direction

tsy: Shear stress in y direction

txz: Torsional shear stress in x direction

tyz: Torsional shear stress in y direction

Stresses at Custom Position

sx: Axial stress

sw: Axial warping stress

tsx: Shear stress in x direction

tsy: Shear stress in y direction

txz: Torsional shear stress in x direction

tyz: Torsional shear stress in y direction

qx: Flow stress in x direction

qy: Flow stress in y direction

sI ; sII ; sIII : Principal stresses

 

Failure criteria for yield strength

Maximum normal stress criterion
Tresca criterion
Von Mises-Hencky criterion
Saint-Venant criterion
Maximum strain energy criterion