/INIBEAM/FULL

Block Format Keyword Describes the initial state for beam elements. All values defined in the following card will be applied at the beginning on the computation.

Format

(1)	(2)	(3)	(5)
/INIBEAM/FULL/`unit_ID`
`beam_ID`	`nb_integr`	`prop_type`
`EI`_memb		`EI`_bend
`F`₁		`F`₂	`F`₃
`M`₁		`M`₂	`M`₃

if nb_integr = 0 (prop_type = 3):

(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)
						$ε_{p}$

If nb_integr > 0 (prop_type = 18) – for each integration point:

(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)
$σ_{1}$		$σ_{12}$		$σ_{13}$		$ε_{p}$

Definition

Field	Contents	SI Unit Example
`unit_ID`	Optional unit identifier (Integer, maximum 10 digits)
`beam_ID`	Element identifier (Integer)
`nb_integr`	Integration point number through the section 1 It corresponds to the property definition of this element. (Integer)
`prop_type`	Beam property set. 2 (Integer)
`EImemb`	Total membrane energy (Real)	$[J]$
`EIbend`	Total bending energy (Real)	$[J]$
`F`₁	Beam element normal force along X direction (Real)	$[N]$
`F`₂	First beam element share force (XY) (Real)	$[N]$
`F`₃	Second beam element share force (XZ) (Real)	$[N]$
`M`₁	Beam element moment around X direction (Real)	$[N \cdot m]$
`M`₂	Beam element moment around Y direction (Real)	$[N \cdot m]$
`M`₃	Beam element moment around Z direction (Real)	$[N \cdot m]$
$σ_{1}$	Beam normal stress (Real)	$[Pa]$
$σ_{12}$	First shear stress (Real)	$[Pa]$
$σ_{13}$	Second shear stress (Real)	$[Pa]$
$ε_{p}$	Plastic strain (Real)

Comments

The nb_integr must be equal to the number of integration points given in the beam property.
If nb_integr > 0 (integrated beam – TYPE18), repeat the optional continuation lines for each integration point.