|
Description of the Calculated Properties |
  
|
|
Description of the Calculated Properties |
|
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
|