Function
- Check or modify the hinge properties assigned to the elements in a spreadsheet format table.니다.
Call
From the main menu, select [Poshover] tab > [Table] group > [Hinge Properties]
Input
Multi-Linear Type
Element No. : Element number
Element Type : Element type (Beam, Truss, Wall, General Link) used in pushover analysis
Prop. Name : Name of hinge property
Defin. : Method for defining nonlinear element Property
DOF : Hinge component assigned to the element
Loc. / Num. : Location of hinge assigned to the element / The number of integration points in case of the distributed hinge
Material Type : Material type (Steel, RC, SRC, Masonry)
Interaction Type : Interaction type between axial force and moment (None, P-M-M)
Skeleton Type : Skeleton curve type of pushover hinge (Bilinear, Trilinear)
Input Method : Input method for hinge properties (Auto-calculation, User-defined)
Input Type : Input type of hinge properties. P-alpha: Strength-Stiffness reduction ratio, P-Deform: Strength-Yield Strain
(+, -) Type : Skeleton curve type (Symmetric or Asymmetric)
P1(+) : 1st Yielding strength(+)
P1(-) : 1st Yielding strength(-)
P2(+) : 2nd Yielding strength(+)
P2(-) : 2nd Yielding strength(-)
P3(+) : 3rd Yielding strength(+)
P3(-) : 3rd Yielding strength(-)
Alpha Input : Input method of stiffness reduction ratio for Bilinear or Trilinear curve type (Pushover Global Control dialog, User-defined value)
α1(+) : Stiffness reduction ratio at the 1st yielding strength(+)
α1(-) : Stiffness reduction ratio at the 1st yielding strength(-)
α2(+) : Stiffness reduction ratio at the 2nd yielding strength(+)
α2(-) : Stiffness reduction ratio at the 2nd yielding strength(-)
D1(+) : Deformation or strain at the 1st yielding strengths(+)
D1(-) : Deformation or strain at the 1st yielding strengths(-)
D2(+) : Deformation or strain at the 2nd yielding strengths(+)
D2(-) : Deformation or strain at the 2nd yielding strengths(-)
D3(+) : Deformation or strain at the 3rd yielding strengths(+)
D3(-) : Deformation or strain at the 3rd yielding strengths(-)
Init. Stiff. : Calculation method of initial stiffness
User Stiff. : User defined initial stiffness
Init. Gap(+) : Initial gap in tension and compression in case of Slip Bilinear/Trilinear curve (+)
Init. Gap(-) : Initial gap in tension and compression in case of Slip Bilinear/Trilinear curve (-)
FEMA Type
Element No. : Element number
Element Type : Element type(Beam, Truss, General Link)
Prop. Name : Name of hinge property
Defin. : Method for defining nonlinear element Property
DOF : Hinge component assigned to the element
Loc. / Num. : Location of hinge assigned to the element / The number of integration points in case of the distributed hinge
Material Type : Type of wall element(Steel, RC, SRC, Masonry)
Interaction Type : Interaction type between axial force and moment(None, P-M-M)
Skeleton Type : Skeleton curve type of pushover hinge
Input Method : Input method for hinge properties (Auto-calculation, User-defined)
Input Type : Input type of hinge properties (Strength-Stiffness reduction ratio, Strength-Yield Strain)
(+, -) Type : Skeleton curve type (Symmetric or Asymmetric)
User Defined :
(F/FY) or (M/MY), (D/DY) : Definition of Skeleton curve
FY(+) : Positive yield strength
FY(-) : Negative yield strength
User DY : User defined yield deformation or strain
DY(+) : Positive yield deformation or strain
DY(-) : Negative yield deformation or strain
IO(+), (-) : Ductility corresponding to the performance level of Immediate Occupancy
LS(+), (-) : Ductility corresponding to the performance level of Life Safety
CP(+), (-) : Ductility corresponding to the performance level of Collapse Prevention
Init. Stiff. : Calculation method of initial stiffness
User Stiff. : User defined initial stiffness