Section

Attribute Name	Data Type	Description
no	int	Object number
type	Type	Cross-section type
manufacturing_type	ManufacturingType	Manufacturing type
name	str	Name
shear_stiffness_deactivated	bool	Shear stiffness deactivated
warping_stiffness_deactivated	bool	Warping stiffness deactivated
deactivate_shear_weld_elements	bool	Deactivate shear weld elements
thin_walled_model	bool	Thin-walled model
us_spelling_of_properties	bool	US spelling of properties
stress_smoothing_to_avoid_singularities	bool	Stress smoothing to avoid singularities
comment	str	Comment
area_axial	float	Sectional area | A
area_shear_y	float	Shear area in y-direction | A_y
area_shear_z	float	Shear area in z-direction | A_z
inclination_principal_axes	float	Inclination of principal axes | α
location_y	float	Cross-section location - coordinate y | Y
location_z	float	Cross-section location - coordinate z | Z
location_offset_y	float	Location of cross-section offset point - coordinate y | y
location_offset_z	float	Location of cross-section offset point - coordinate z | z
rotation_angle	float	Cross-section rotation angle (about x-axis) | α’
mirrored_axis_y	bool	Mirror cross-section rotation about y-axis
mirrored_axis_z	bool	Mirror cross-section rotation about z-axis
location_of_centroidal_axis_y	float	Location of centroidal axis in y-direction | e_y
location_of_centroidal_axis_z	float	Location of centroidal axis in z-direction | e_z
moment_of_inertia_bending_y	float	Area moment of inertia about y-axis | I_y
moment_of_inertia_bending_z	float	Area moment of inertia about z-axis | I_z
warping	float	Warping constant with respect to shear center | I_ω
wobble_friction_factor	float	Wobble friction factor | k
curvature_friction_factor	float	Curvature friction factor | μ
moment_of_inertia_torsion	float	Torsional constant | I_t
depth_temperature_load	float	Dimensions (for non-uniform temperature loads) - Depth | h
width_temperature_load	float	Dimensions (for non-uniform temperature loads) - Width | b
material	int	Material
reference_material	int	Reference material
material_part_1	int	Material - Part 1
material_part_2	int	Material - Part 2
material_part_3	int	Material - Part 3
material_part_4	int	Material - Part 4
material_part_5	int	Material - Part 5
material_part_6	int	Material - Part 6
material_part_7	int	Material - Part 7
hybrid_materials	HybridMaterialsTable	Hybrid materials
hybrid_active	bool	Hybrid active
parametrization_type	ParametrizationType	Parametrization type
combination_type	CombinationType	Combination type
type_of_welding	TypeOfWelding	Type of welding
corrugated_sheet_width	float	Corrugated sheet width | b
rail_worn_out	float	Rail worn out | w_v
linear_analysis_mesh_refinement_factor	float	Mesh refinement factor for linear analysis
nonlinear_analysis_mesh_refinement_factor	float	Mesh refinement factor for nonlinear analysis
is_generated	bool	Generated by
generating_object_info	str	Generated by
A	float	Sectional area | A
A_c	float	Sectional area for compression | A_c
A_cell	float	Cell area | A_cell
A_m	float	Surface area per unit length | A_m
A_m_V	float	Section factor | A_m /V
A_pl_u	float	Plastic shear area in u-direction | A_pl,u
A_pl_v	float	Plastic shear area in v-direction | A_pl,v
A_pl_y	float	Plastic shear area in y-direction | A_pl,y
A_pl_z	float	Plastic shear area in z-direction | A_pl,z
A_u	float	Shear area in u-direction | A_u
A_v	float	Shear area in v-direction | A_v
A_v_y	float	Shear area in y-direction according to EC 3 | A_v,y
A_v_z	float	Shear area in z-direction according to EC 3 | A_v,z
A_y	float	Shear area in y-direction | A_y
A_z	float	Shear area in z-direction | A_z
alpha	float	Inclination of principal axes | α
alpha_pl_omega_SC	float	Plastic shape factor with respect to shear center | α_pl,ω
alpha_pl_u	float	Plastic shape factor about u-axis | α_pl,u
alpha_pl_u_pure	float	Plastic shape factor about u-axis | α_pl,u,pure
alpha_pl_v	float	Plastic shape factor about v-axis | α_pl,v
alpha_pl_v_pure	float	Plastic shape factor about v-axis | α_pl,v,pure
alpha_pl_y	float	Plastic shape factor about y-axis | α_pl,y
alpha_pl_y_pure	float	Plastic shape factor about y-axis | α_pl,y,pure
alpha_pl_z	float	Plastic shape factor about z-axis | α_pl,z
alpha_pl_z_pure	float	Plastic shape factor about z-axis | α_pl,z,pure
b	float	Width | b
b_b	float	Bottom flange width | b_b
b_t	float	Top flange width | b_t
BC_BS_y	str	Buckling curve (BS) | BC_BS,y
BC_BS_z	str	Buckling curve (BS) | BC_BS,z
BC_EN_S460_y	str	Buckling curve for steel S460 (EN) | BC_EN,y (S460)
BC_EN_S460_z	str	Buckling curve for steel S460 (EN) | BC_EN,z (S460)
BC_EN_y	str	Buckling curve (EN) | BC_EN,y
BC_EN_z	str	Buckling curve (EN) | BC_EN,z
c	float	Width | c
c_1	float	Width | c_1
c_h	float	Depth of head | c
c_t_f	float	c/t ratio of flange | c/t_f
c_t_w	float	c/t ratio of web | c/t_w
Cr_b1	float	Total width | b_1
Cr_b2	float	Width | b_2
Cr_b3	float	Width | b_3
Cr_f1	float	Distance | f_1
Cr_f2	float	Distance | f_2
Cr_f3	float	Distance | f_3
Cr_h1	float	Total depth | h_1
Cr_h2	float	Depth | h_2
Cr_h3	float	Depth | h_3
Cr_k	float	Rail width | k
Cr_r1	float	Radius | r_1
Cr_r2	float	Radius | r_2
Cr_r3	float	Radius | r_3
Cr_r4	float	Radius | r_4
Cr_r5	float	Radius | r_5
Cr_r6	float	Radius | r_6
Cr_r7	float	Radius | r_7
d	float	Diameter | d
d_0	float	Flange hole diameter | d_0
d_0_1_L	float	Hole diameter | d_0,1
d_0_2_L	float	Hole diameter | d_0,2
d_0_L	float	Hole diameter | d_L
d_1	float	Stiffener depth | c
d_2	float	Stiffener depth | d
d_i	float	Inner diameter | d_i
DN	float	Nominal diameter | DN
e_y	float	Location of centroidal axis in y-direction | e_y
e_z	float	Location of centroidal axis in z-direction | e_z
F_pk_1570	float	Nominal capacity of strand rope for f_pk =1570 Mpa | F_pk,1570
F_pk_1770	float	Nominal capacity of strand rope for f_pk =1770 Mpa | F_pk,1770
G	float	Weight | G
h	float	Depth | h
h_c_T	float	Web depth | h_c
h_i	float	Inner depth between flanges | h_i
h_w	float	Depth of straight portion of web | d
h_w_b	float	Depth | h_w,b
h_w_t	float	Depth | h_w,t
I_ef_minus	float	Effective area moment of inertia for a downwards directed load | I_ef ^-
I_ef_plus	float	Effective area moment of inertia for an upwards directed load | I_ef ^+
I_omega_SC	float	Warping constant with respect to shear center | I_ω
I_omega_SC_eigen	float	Warping constant with respect to shear center for eigen warping of rectangular parts | I_ω,eigen
I_p	float	Polar area moment of inertia | I_p
I_p_SC	float	Polar area moment of inertia with respect to shear center | I_p,SC
I_t	float	Torsional constant | I_t
I_t_Bredt	float	Torsional constant (Bredt) | I_t,Bredt
I_t_StVen	float	Torsional constant (St. Venant) | I_t,StVen
I_u	float	Area moment of inertia about u-axis | I_u
I_v	float	Area moment of inertia about v-axis | I_v
I_y	float	Area moment of inertia about y-axis | I_y
I_yz	float	Product of inertia about y,z-axes | I_yz
I_z	float	Area moment of inertia about z-axis | I_z
I_z_1	float	Area moment of inertia about z-axis | I_z1
j_f_z	float	Radius of gyration of compression flange plus one third of area of half web | i_f,z
j_omega_SC	float	Warping radius of gyration with respect to shear center | i_ω
j_p	float	Polar radius of gyration | i_p
j_p_SC	float	Polar radius of gyration with respect to shear center | i_p,SC
j_u	float	Radius of gyration about u-axis | i_u
j_v	float	Radius of gyration about v-axis | i_v
j_y	float	Radius of gyration about y-axis | i_y
j_yz	float	Radius of gyration about y,z-axes | i_yz
j_z	float	Radius of gyration about z-axis | i_z
j_z_g	float	Radius of gyration of section comprising flange plus one fifth of web | i_z,g
k	float	Distance | k
k_1	float	Distance | k_1
M_pl_omega	float	Plastic limiting bimoment | M_pl,ω
M_pl_u	float	Plastic limiting bending moment about u-axis | M_pl,u
M_pl_v	float	Plastic limiting bending moment about v-axis | M_pl,v
M_pl_xp	float	Plastic limiting torsional moment | M_pl,xp
M_pl_xs	float	Plastic limiting torsional moment | M_pl,xs
M_pl_y	float	Plastic limiting bending moment about y-axis | M_pl,y
M_pl_z	float	Plastic limiting bending moment about z-axis | M_pl,z
M_u_y_S235	float	Maximum bending moment according to EC 3 for f_y =235 N/mm^2 | M_u,y
N_pl	float	Plastic limiting axial force | N_pl
N_u	float	Ultimate resistance to axial force | N_u
omega_SC_max	float	Warping ordinate with respect to shear center | max ω
omega_SC_max_eigen	float	Warping ordinate with respect to shear center | max ω_eigen
Phi	float	Angle of opening | φ
r	float	Radius | r
r_toe	float	Toe radius | r_toe
r_1	float	Root fillet radius | r_1
r_2	float	Toe radius | r_2
r_3	float	Toe radius | r_3
r_4	float	Toe radius | r_4
r_i	float	Inner corner radius | r_i
r_i_b	float	Inner corner radius | r_i,b
r_i_t	float	Inner corner radius | r_i,t
r_o	float	Outer corner radius | r_o
r_omega_SC	float	Auxiliary parameter for warping with respect to shear center | r_ω,SC
r_u	float	Section asymmetry parameter with respect to centroid | r_u
r_u_SC	float	Section asymmetry parameter with respect to shear center | r_u,SC
r_v	float	Section asymmetry parameter with respect to centroid | r_v
r_v_SC	float	Section asymmetry parameter with respect to shear center | r_v,SC
r_y	float	Section asymmetry parameter with respect to centroid | r_y
r_y_SC	float	Section asymmetry parameter with respect to shear center | r_y,SC
r_z	float	Section asymmetry parameter with respect to centroid | r_z
r_z_SC	float	Section asymmetry parameter with respect to shear center | r_z,SC
rm	float	Middle corner radius | r_m
S_omega_SC_max	float	Maximum warping statical moment with respect to shear center | max S_ω
s_s	float	Length of stiff bearing | s_s
S_u_max	float	Maximum statical moment of area about u-axis | max S_u
S_v_max	float	Maximum statical moment of area about v-axis | max S_v
S_y_max	float	Maximum statical moment of area about y-axis | max S_y
S_z_max	float	Maximum statical moment of area about z-axis | max S_z
Slope	float	Flange slope | s_f
Slope_f	float	Flange slope | s_f
Slope_w	float	Web slope | s_w
Tr_A_ef	float	Sectional area (effective cross-section) | A_ef
Tr_A_g	float	Sectional area (non-reduced cross-section) | A_g
Tr_b	float	Structural width | b_tr
Tr_b_b	float	Bottom flange width | b_b
Tr_b_R	float	Rib width | b_R
Tr_b_t	float	Top flange width | b_t
Tr_h	float	System depth of trapezoidal sheeting | h_tr
Tr_I_ef_minus	float	Effective area moment of inertia for a downwards directed load | I_ef ^-
Tr_I_ef_plus	float	Effective area moment of inertia for an upwards directed load | I_ef ^+
Tr_j_ef	float	Radius of gyration (effective cross-section) | i_ef
Tr_j_g	float	Radius of gyration (non-reduced cross-section) | i_g
Tr_K_1	float	Shear field value acc. to DIN 18807-3, Fig. 6 | K_1 (Fig. 6)
Tr_K_1_7	float	Shear field value acc. to DIN 18807-3, Fig. 7 | K_1 (Fig. 7)
Tr_K_2	float	Shear field value acc. to DIN 18807-3, Fig. 6 | K_2 (Fig. 6)
Tr_K_2_7	float	Shear field value acc. to DIN 18807-3, Fig. 7 | K_2 (Fig. 7)
Tr_K_3	float	Shear field value acc. to DIN 18807-3, Fig. 6 | K_3 (Fig. 6)
Tr_K_3_7	float	Shear field value acc. to DIN 18807-3, Fig. 7 | K_3 (Fig. 7)
Tr_L_G	float	Shear field length limitation acc. to DIN 18807-3, Fig. 6 | L_G (Fig. 6)
Tr_L_G_7	float	Shear field length limitation acc. to DIN 18807-3, Fig. 7 | L_G (Fig. 7)
Tr_L_gr_multi	float	Limiting span (multi-span support) | l_gr
Tr_L_gr_single	float	Limiting span (single-span support) | l_gr
Tr_min_L_S	float	Minimum shear field length acc. to DIN 18807-3, Fig. 6 | min L_S (Fig. 6)
Tr_min_L_S_7	float	Minimum shear field length acc. to DIN 18807-3, Fig. 7 | min L_S (Fig. 7)
Tr_perm_F_t_130	float	Permissible concentrated load (length of introduction a > 130 mm) acc. to DIN 18807-3, Fig. 6 | perm F_t (Fig. 6)
Tr_perm_F_t_130_7	float	Permissible concentrated load (length of introduction a > 130 mm) acc. to DIN 18807-3, Fig. 7 | perm F_t (Fig. 7)
Tr_perm_F_t_280	float	Permissible concentrated load (length of introduction a > 280 mm) acc. to DIN 18807-3, Fig. 6 | perm F_t (Fig. 6)
Tr_perm_F_t_280_7	float	Permissible concentrated load (length of introduction a > 280 mm) acc. to DIN 18807-3, Fig. 7 | perm F_t (Fig. 7)
Tr_perm_T_1	float	Permissible shear flow acc. to DIN 18807-3, Fig. 6 | perm T_1 (Fig. 6)
Tr_perm_T_1_7	float	Permissible shear flow acc. to DIN 18807-3, Fig. 7 | perm T_1 (Fig. 7)
Tr_perm_T_2	float	Permissible shear flow acc. to DIN 18807-3, Fig. 6 | perm T_2 (Fig. 6)
Tr_perm_T_2_7	float	Permissible shear flow acc. to DIN 18807-3, Fig. 7 | perm T_2 (Fig. 7)
Tr_t_N	float	Nominal sheet thickness | t_N
Tr_z_ef	float	Distance of neutral axis (effective cross-section) | z_ef
Tr_z_g	float	Distance of neutral axis (non-reduced cross-section) | z_g
u_1	float	Distance | u_1
u_2	float	Distance | u_2
u_3	float	Distance | u_3
u_max	float	Distance | u_max
u_min	float	Distance | u_min
u_pl	float	Distance from centroid to plastic neutral axis in u-direction | u_pl
V	float	Volume | V
v_1	float	Distance | v_1
v_2	float	Distance | v_2
v_max	float	Distance | v_max
v_min	float	Distance | v_min
v_pl	float	Distance from centroid to plastic neutral axis in v-direction | v_pl
V_pl_u	float	Plastic limiting shear force in u-direction | V_pl,u
V_pl_v	float	Plastic limiting shear force in v-direction | V_pl,v
V_pl_y	float	Plastic limiting shear force in y-direction | V_pl,y
V_pl_z	float	Plastic limiting shear force in z-direction | V_pl,z
w_0	float	Flange hole spacing | w
w_0_L	float	Hole spacing | w
w_1	float	Flange hole spacing | w_1
w_1_L	float	Hole spacing | w_1
w_2	float	Flange hole spacing | w_2
w_2_L	float	Hole spacing | w_2
w_3_L	float	Hole spacing | w_3
W_omega_SC	float	Warping section modulus with respect to shear center | W_ω
W_pl_omega_SC	float	Plastic warping section modulus with respect to shear center | W_pl,ω
W_pl_u	float	Plastic section modulus about u-axis | W_pl,u
W_pl_u_pure	float	Plastic section modulus about u-axis | W_pl,u,pure
W_pl_v	float	Plastic section modulus about v-axis | W_pl,v
W_pl_v_pure	float	Plastic section modulus about v-axis | W_pl,v,pure
W_pl_y	float	Plastic section modulus about y-axis | W_pl,y
W_pl_y_pure	float	Plastic section modulus about y-axis | W_pl,y,pure
W_pl_z	float	Plastic section modulus about z-axis | W_pl,z
W_pl_z_pure	float	Plastic section modulus about z-axis | W_pl,z,pure
W_t	float	Section modulus for torsion | W_t
W_u	float	Elastic section modulus about u-axis | W_u
W_u_max	float	Elastic section modulus about u-axis | W_u,max
W_u_min	float	Elastic section modulus about u-axis | W_u,min
W_v	float	Elastic section modulus about v-axis | W_v
W_v_max	float	Elastic section modulus about v-axis | W_v,max
W_v_min	float	Elastic section modulus about v-axis | W_v,min
W_y	float	Elastic section modulus about y-axis | W_y
W_y_max	float	Elastic section modulus about y-axis | W_y,max
W_y_min	float	Elastic section modulus about y-axis | W_y,min
W_z	float	Elastic section modulus about z-axis | W_z
W_z_max	float	Elastic section modulus about z-axis | W_z,max
W_z_min	float	Elastic section modulus about z-axis | W_z,min
WAF	float	Width across flats | s
WLL	float	Working load limit | WLL
y_SC	float	Shear center coordinate with respect to centroid in y-direction | y_SC
y_p	float	Distance from edge to plastic neutral axis | y_p
y_pl	float	Distance from centroid to plastic neutral axis in y-direction | y_pl
Z_b_k	float	Characteristic breaking load (according to DIN 18800) | Z_B,k
z_SC	float	Shear center coordinate with respect to centroid in z-direction | z_SC
z_p	float	Distance from edge to plastic neutral axis | z_p
z_pl	float	Distance from centroid to plastic neutral axis in z-direction | z_pl
Z_r_d	float	Limit tension (according to DIN 18800) | Z_R,d
I_t_s	float	Secondary torsional constant | I_t,s
a_1_y	float	Distance from centroid of whole section to centroid of part | a_1,y
a_1_z	float	Distance from centroid of whole section to centroid of part | a_1,z
a_2_y	float	Distance from centroid of whole section to centroid of part | a_2,y
a_2_z	float	Distance from centroid of whole section to centroid of part | a_2,z
a_3_y	float	Distance from centroid of whole section to centroid of part | a_3,y
a_3_z	float	Distance from centroid of whole section to centroid of part | a_3,z
a_4_y	float	Distance from centroid of whole section to centroid of part | a_4,y
a_4_z	float	Distance from centroid of whole section to centroid of part | a_4,z
a_5_y	float	Distance from centroid of whole section to centroid of part | a_5,y
a_5_z	float	Distance from centroid of whole section to centroid of part | a_5,z
a_6_y	float	Distance from centroid of whole section to centroid of part | a_6,y
a_6_z	float	Distance from centroid of whole section to centroid of part | a_6,z
a_7_y	float	Distance from centroid of whole section to centroid of part | a_7,y
a_7_z	float	Distance from centroid of whole section to centroid of part | a_7,z
a_8_y	float	Distance from centroid of whole section to centroid of part | a_8,y
a_8_z	float	Distance from centroid of whole section to centroid of part | a_8,z
a_weld	float	Throat thickness | a
a_weld_b	float	Thickness of bottom throat | a_b
a_weld_t	float	Thickness of top throat | a_t
A_w	float	Web area | A_w
b_b_l	float	Width of bottom left flange | b_b,l
b_b_r	float	Width of bottom right flange | b_b,r
b_t_l	float	Width of top left flange | b_t,l
b_t_r	float	Width of top right flange | b_t,r
d_o	float	Outer diameter | d_o
r_1_b	float	Bottom root fillet radius | r_1,b
r_1_t	float	Top root fillet radius | r_1,t
b_1	float	Distance | b_1
h_1	float	Distance | h_1
alpha_t	float	Top flange slope | α_t
h_0	float	Depth | h_0
b_0	float	Width | b_0
h_e	float	Dimension | h_e
h_c	float	Dimension | h_c
b_c	float	Dimension | b_c
b_f	float	Flange width | b_f
b_fb_t	float	Width of top flat bar | b_fb,t
b_fb_b	float	Width of bottom flat bar | b_fb,b
h_ss	float	Dimension of sloping stiffener | h_ss
b_ss	float	Dimension of sloping stiffener | b_ss
h_s	float	Dimension of stiffener | h_s
h_ts	float	Depth of T-section | h_T
b_ts	float	Width of T-section | b_T
a_weld_ts	float	Throat thickness of T-section | a_T
b_l	float	Left flange width | b_l
b_r	float	Right flange width | b_r
b_i	float	Inner width between webs | b_i
h_s_t	float	Dimension of top stiffener | h_s,t
h_s_b	float	Dimension of bottom stiffener | h_s,b
a_weld_s	float	Throat thickness of stiffener | a_s
a_weld_s_t	float	Throat thickness of top stiffener | a_s,t
a_weld_s_b	float	Throat thickness of bottom stiffener | a_s,b
a_weld_ss_w	float	Throat thickness between sloping stiffener and web | a_ss,w
a_weld_ss_f	float	Throat thickness between sloping stiffener and flange | a_ss,f
h_t	float	Depth | h_t
n	float	Number of sides | n
b_ef_1	float	Diameter of circle circumscribed on outer contour | D optional double D_n = 345; Effective width | b_ef,1
b_ef_2	float	Effective width | b_ef,2
b_ef_3	float	Effective width | b_ef,3
b_ef_4	float	Effective width | b_ef,4
b_ef_5	float	Effective width | b_ef,5
b_ef_6	float	Effective width | b_ef,6
Tr_b_R_x	float	Rib width | b_R
h_R	float	Rib depth | h_r
b_R_t	float	Top rib width | b_r,t
b_R_b	float	Bottom rib width | b_r,b
gamma	float	Coefficient of compliance | γ
gamma_1	float	Coefficient of compliance | γ_1
gamma_2	float	Coefficient of compliance | γ_2
b_t_tr	float	Top width | b_t
b_b_tr	float	Bottom width | b_b
h_f_M	float	Flange thickness | h_f
b_w_M	float	Web width | b_w
h_f_o_M	float	Outer flange thickness | h_f,o
h_f_i_M	float	Inner flange thickness | h_f,i
b_w_o_M	float	Outer web width | b_w,o
b_w_i_M	float	Inner web width | b_w,i
h_c_M	float	Chamfer depth | h_c
b_c_M	float	Chamfer width | b_c
h_f_l_M	float	Left flange thickness | h_f,l
h_f_r_M	float	Right flange thickness | h_f,r
h_f_t_M	float	Top flange thickness | h_f,t
h_f_b_M	float	Bottom flange thickness | h_f,b
h_c_t_l_M	float	Top left chamfer depth | h_c,t,l
b_c_t_l_M	float	Top left chamfer width | b_c,t,l
h_c_t_r_M	float	Top right chamfer depth | h_c,t,r
b_c_t_r_M	float	Top right chamfer width | b_c,t,r
h_c_b_l_M	float	Bottom left chamfer depth | h_c,b,l
b_c_b_l_M	float	Bottom left chamfer width | b_c,b,l
h_c_b_r_M	float	Bottom right chamfer depth | h_c,b,r
b_c_b_r_M	float	Bottom right chamfer width | b_c,b,r
h_f_t_o_M	float	Outer top flange thickness | h_f,t,o
h_f_t_i_M	float	Inner top flange thickness | h_f,t,i
h_f_b_o_M	float	Outer bottom flange thickness | h_f,b,o
h_f_b_i_M	float	Inner bottom flange thickness | h_f,b,i
b_w_l_M	float	Left web width | b_w,l
b_w_r_M	float	Right web width | b_w,r
b_1_M	float	Width | b_1
b_2_M	float	Width | b_2
a_1_M	float	Distance | a_1
h_1_M	float	Depth | h_1
h_3_M	float	Depth | h_3
h_i_M	float	Depth | h_i
b_3_M	float	Width | b_3
b_i_M	float	Width | b_i
a_i_y	float	Distance from centroid of whole section to centroid of part | a_i,y
a_i_z	float	Distance from centroid of whole section to centroid of part | a_i,z
u_SC	float	Shear center coordinate with respect to centroid in u-direction | u_SC
v_SC	float	Shear center coordinate with respect to centroid in v-direction | v_SC
h_f_t_l_M	float	Top left flange thickness | h_f,t,l
h_f_t_r_M	float	Top right flange thickness | h_f,t,r
h_f_b_r_M	float	Bottom right flange thickness | h_f,b,r
h_f_b_l_M	float	Bottom left flange thickness | h_f,b,l
N_pl_S235	float	Plastic limiting axial force according to EC 3 for f_y =235 N/mm^2 | N_pl
V_pl_y_S235	float	Plastic limiting shear force according to EC 3 for f_y =235 N/mm^2 | V_pl,y
V_pl_z_S235	float	Plastic limiting shear force according to EC 3 for f_y =235 N/mm^2 | V_pl,z
M_pl_y_S235	float	Plastic limiting bending moment according to EC 3 for f_y =235 N/mm^2 | M_pl,y
M_pl_z_S235	float	Plastic limiting bending moment according to EC 3 for f_y =235 N/mm^2 | M_pl,z
M_pl_xp_S235	float	Plastic limiting torsional moment according to EC 3 for f_y =235 N/mm^2 | M_pl,xp
M_pl_xs_S235	float	Plastic limiting torsional moment according to EC 3 for f_y =235 N/mm^2 | M_pl,xs
M_pl_omega_S235	float	Plastic limiting bimoment according to EC 3 for f_y =235 N/mm^2 | M_pl,ω
r_2_h	float	Toe radius | r_2,h
r_2_b	float	Toe radius | r_2,b
r_i_CHS	float	Inner radius | r_i
r_o_CHS	float	Outer radius | r_o
r_mid_CHS	float	Middle radius | r_mid
b_w_h_M	float	Haunch width of web | b_w,h
b_w_h2_M	float	Haunch width of web | b_w,h,2
d_M	float	Diameter | D
h_f_h_M	float	Haunch thickness of flange | h_f,h
h_c_s_M	float	Thickness of composite slab | h_c
h_2_M	float	Depth | h_2
A_w_y_AISC	float	Shear area in y-direction according to AISC | A_w,y
A_w_z_AISC	float	Shear area in z-direction according to AISC | A_w,z
A_v_y_BS5950	float	Shear area in y-direction according to BS 5950 | A_v,y
A_v_z_BS5950	float	Shear area in z-direction according to BS 5950 | A_v,z
z_t_1_2_kruh	float	Center of gravity of semicircle | z_t
I_y_1_2_kruh	float	Area moment of inertia of semicircle about y-axis | I_y
h_c_t_M	float	Top chamfer depth | h_c,t
h_c_b_M	float	Bottom chamfer depth | h_c,b
b_c_t_M	float	Top chamfer width | b_c,t
b_c_b_M	float	Bottom chamfer width | b_c,b
b_a_s_M	float	Axial spacing of webs | b_as
b_f_t_l_M	float	Top left flange width | b_f,t,l
b_f_t_r_M	float	Top right flange width | b_f,t,r
b_f_b_l_M	float	Bottom left flange width | b_f,b,l
b_f_b_r_M	float	Bottom right flange width | b_f,b,r
a_weld_fb_t	float	Throat thickness of top flat bar | a_fb,t
a_weld_fb_b	float	Throat thickness of bottom flat bar | a_fb,b
h_is	float	Depth of I-section | h_I
a_weld_is_ts	float	Throat thickness between I-section and T-section | a_IT
b_is	float	Width of I-section | b_I
h_f_h_t_M	float	Haunch thickness of top flange | h_f,h,t
h_f_h_b_M	float	Haunch thickness of bottom flange | h_f,h,b
c_t_Z	float	Length of top stiffener | c_t
c_b_Z	float	Length of bottom stiffener | c_b
b_1_C	float	Width | b_1
b_2_C	float	Width | b_2
c_Z	float	Length of stiffener | c
G1	float	Weight of one part | G1
I_y1	float	Area moment of inertia about y-axis of one part | I_y1
W_y1	float	Elastic section modulus about y-axis of one part | W_y1
I_t1	float	Torsional constant of one part | I_t1
z_EP	float	Connection position for element point connections | z_EP
a_2_M	float	Distance | a_2
b_t_M	float	Width | b_t
b_b_M	float	Width | b_b
a_1	float	Axial distance of sections | a_1
a_2	float	Clear distance of sections | a_2
Z_min	float	Minimum breaking strength | Z_min
G_cat	float	Weight - catalog value | G_cat
e_y_cat	float	Location of centroidal axis in y-direction (catalogue value) | e_y,cat
e_z_cat	float	Location of centroidal axis in z-direction (catalogue value) | e_z,cat
b_fb	float	Width of flat bar | b_fb
a_2_b	float	Distance between angles | a_b
a_2_h	float	Distance between angles | a_h
Type_c_R	float	Type of connection | Connection
n_R	float	Number of sections | n
Ac_cp	float	Area enclosed by outside perimeter of concrete section | A_c,cp
A_v_y_EC9	float	Shear area in y-direction according to EC 9 | A_v,y
A_v_z_EC9	float	Shear area in z-direction according to EC 9 | A_v,z
A_geom	float	Geometric sectional area | A_geom
k_des	float	Design distance | k_des
k_det	float	Detailing distance | k_det
a_9_y	float	Distance from centroid of whole section to centroid of part | a_9,y
a_9_z	float	Distance from centroid of whole section to centroid of part | a_9,z
A_v_yy_ADM	float	Shear area in y-direction according to ADM | A_v,y
A_v_zz_ADM	float	Shear area in z-direction according to ADM | A_v,z
A_v_y_IS800	float	Shear area in y-direction according to IS 800 | A_v,y
A_v_z_IS800	float	Shear area in z-direction according to IS 800 | A_v,z
BC_IS800_y	str	Buckling curve (IS 800) | BC_IS,y
BC_IS800_z	str	Buckling curve (IS 800) | BC_IS,z
A_v_y_CSAS16	float	Shear area in y-direction according to CSA S16 | A_v,y
A_v_z_CSAS16	float	Shear area in z-direction according to CSA S16 | A_v,z
h_tri	float	Height of isosceles triangle | h_tri
LL	float	Leg length | LL
h_1_MB	float	Base length | BL optional double BL = 486; Depth | h_1
W_y_min_cat	float	Elastic section modulus about y-axis (catalogue value) | W_y,min,cat
W_y_max_cat	float	Elastic section modulus about y-axis (catalogue value) | W_y,max,cat
W_z_min_cat	float	Elastic section modulus about z-axis (catalogue value) | W_z,min,cat
W_z_max_cat	float	Elastic section modulus about z-axis (catalogue value) | W_z,max,cat
W_y_cat	float	Elastic section modulus about y-axis (catalogue value) | W_y,cat
W_z_cat	float	Elastic section modulus about z-axis (catalogue value) | W_z,cat
h_l_M	float	Left depth | h_l
h_r_M	float	Right depth | h_r
h_p_M	float	Depth of peak | h_p
theta	float	Skew angle | θ
h_a	float	Depth of one angle | h_a
b_a	float	Width of one angle | b_a
DEE	float	Depth of web | DEE
A_w_yy_AISI	float	Shear area in y-direction according to AISI | A_w,y
A_w_zz_AISI	float	Shear area in z-direction according to AISI | A_w,z
A_w_y_NBR8800	float	Shear area in y-direction according to NBR8800 | A_w,y
A_w_z_NBR8800	float	Shear area in z-direction according to NBR8800 | A_w,z
gamma_lip	float	Angle between lip and flange | γ
A_v_y_SIA263	float	Shear area in y-direction according to SIA 263 | A_v,y
A_v_z_SIA263	float	Shear area in z-direction according to SIA 263 | A_v,z
BC_SIA263_y	str	Buckling curve (SIA 263) | BC_SIA,y
BC_SIA263_z	str	Buckling curve (SIA 263) | BC_SIA,z
gamma_0	float	Coefficient of compliance | γ_0
h_nom	float	Area moment of inertia about y-axis | I_y1 optional double I_y_1 = 511; Nominal depth | h_nom
b_nom	float	Nominal width | b_nom
b_ps	float	Width of partial section | b_1
W_pl_y_webs	float	Plastic section modulus of webs about y-axis | W_pl,y,webs
W_pl_z_flanges	float	Plastic section modulus of flanges about z-axis | W_pl,z,flanges
A_v_y_SANS10162	float	Shear area in y-direction according to SANS 10162 | A_v,y
A_v_z_SANS10162	float	Shear area in z-direction according to SANS 10162 | A_v,z
L_c	float	Length of section centerline | L_c
Phi_CF	float	Angle between web and flange | φ_CF
Sum_theta	float	Sum of inner corner angles | Σθ
D_hole	float	Transverse dimension of hole | D_hole
L_hole	float	Longitudinal dimension of hole | L_hole
A_hole	float	Hole spacing | A_hole
b_p	float	Width of plate | b_p
e_s	float	Distance of stiffener | e_s
r_i_1	float	Inner corner radius | r_i,1
r_i_2	float	Inner corner radius | r_i,2
b_C1	float	Width of C-section | b_C
b_CL	float	Width of CL-section | b_CL
h_CL	float	Depth of CL-section | h_CL
a_weld_l	float	Thickness of left throat | a_l
a_weld_r	float	Thickness of right throat | a_r
a_weld_t_l	float	Thickness of top left throat | a_t,l
a_weld_t_r	float	Thickness of top right throat | a_t,r
a_weld_b_l	float	Thickness of bottom left throat | a_b,l
a_weld_b_r	float	Thickness of bottom right throat | a_b,r
o_f_l_M	float	Offset of top edge of left flange | o_f,l
r_i_groove_b	float	Inner groove radius of bottom flange | r_i,groove,b
r_i_groove_t	float	Inner groove radius of top flange | r_i,groove,t
o_U	float	Offset of intermediate channel | o_U
h_tooth	float	Tooth depth | h_tooth
t_des_t_1	float	Factor indicating non-reduced catalogue values
r_i_s_t	float	Inner corner radius at top stiffener | r_i,s,t
r_i_s_b	float	Inner corner radius at bottom stiffener | r_i,s,b
A_v_y_NTC	float	Shear area in y-direction according to NTC | A_v,y
A_v_z_NTC	float	Shear area in z-direction according to NTC | A_v,z
BC_NTC_y	str	Buckling curve (NTC) | BC_NTC,y
BC_NTC_z	str	Buckling curve (NTC) | BC_NTC,z
BC_NTC_S460_y	str	Buckling curve for steel S460 (NTC) | BC_NTC,y (S460)
BC_NTC_S460_z	str	Buckling curve for steel S460 (NTC) | BC_NTC,z (S460)
A_v_z_cat	float	Shear area in z-direction (catalog value) | A_v,z,cat
o_f_r_M	float	Offset of top edge of right flange | o_f,r
n_w	float	Number of wires | n_w
n_s	float	Number of strands | n_s
d_s	float	Strand diameter | d_s
d_duct_i	float	Inner diameter of duct | d_duct,i
e	float	Eccentricity | e
mu	float	Curvature friction factor | μ
k_wf	float	Wobble friction factor | k
F_m	float	Characteristic maximum load in axial tension | F_m
F_p01	float	Characteristic value of 0.1% proof load | F_p01
gamma_lip_t	float	Angle between top lip and flange | γ_t
gamma_lip_b	float	Angle between bottom lip and flange | γ_b
t_duct	float	Duct thickness | t_duct
d_corrug	float	Outer diameter of duct corrugation | d_corrugation
e_auto	float	Determine maximum eccentricity automatically | e_auto
e_max	float	Maximum eccentricity | e_max
id_for_export_import	str
metadata_for_export_import	str

Associated Data Types

HybridMaterialsTable

Attribute Name	Data Type	Description
rows	List[HybridMaterialsRow]

HybridMaterialsRow

Attribute Name	Data Type	Description
no	int
description	str
material	int
type	str

Associated Enums

Type

Name
TYPE_UNKNOWN
TYPE_BUILT_UP_STEEL
TYPE_BUILT_UP_TIMBER
TYPE_PARAMETRIC_BARS
TYPE_PARAMETRIC_MASSIVE_I
TYPE_PARAMETRIC_MASSIVE_II
TYPE_PARAMETRIC_THIN_WALLED
TYPE_STANDARDIZED_STEEL
TYPE_STANDARDIZED_TIMBER

ManufacturingType

Name
MANUFACTURING_TYPE_UNKNOWN
MANUFACTURING_TYPE_COLD_FORMED
MANUFACTURING_TYPE_GLULAM
MANUFACTURING_TYPE_HOT_ROLLED
MANUFACTURING_TYPE_NONE
MANUFACTURING_TYPE_SAWN
MANUFACTURING_TYPE_WELDED

ParametrizationType

Name
PARAMETRIZATION_TYPE_UNKNOWN
PARAMETRIZATION_TYPE_BUILT_UP_STEEL__CHANNELS__U_BU
PARAMETRIZATION_TYPE_BUILT_UP_STEEL__CUT_I_SECTIONS_WITH_FLAT_BAR__CIF_BU
PARAMETRIZATION_TYPE_BUILT_UP_STEEL__CUT_I_SECTIONS_WITH_MODIFIED_DEPTH__CIMD_BU
PARAMETRIZATION_TYPE_BUILT_UP_STEEL__DOUBLE_BARS__DB_BU
PARAMETRIZATION_TYPE_BUILT_UP_STEEL__DOUBLE_HOLLOW_SECTIONS__DHS_BU
PARAMETRIZATION_TYPE_BUILT_UP_STEEL__EQUAL_LEG_ANGLES__LE_BU
PARAMETRIZATION_TYPE_BUILT_UP_STEEL__I_SECTIONS_OR_CHANNELS_WITH_SIDE_FLAT_BARS__SF_BU
PARAMETRIZATION_TYPE_BUILT_UP_STEEL__I_SECTIONS_WITH_ANGLES__IL_BU
PARAMETRIZATION_TYPE_BUILT_UP_STEEL__I_SECTIONS_WITH_CHANNELS__IU_BU
PARAMETRIZATION_TYPE_BUILT_UP_STEEL__I_SECTIONS_WITH_OTHER_SECTION_ON_FLANGE__IOF_BU
PARAMETRIZATION_TYPE_BUILT_UP_STEEL__I_SECTIONS__I_BU
PARAMETRIZATION_TYPE_BUILT_UP_STEEL__STIFFENED_PLATES__SP_BU
PARAMETRIZATION_TYPE_BUILT_UP_STEEL__TENDONS__TENDON_BU
PARAMETRIZATION_TYPE_BUILT_UP_STEEL__UNEQUAL_LEG_ANGLES__LU_BU
PARAMETRIZATION_TYPE_BUILT_UP_TIMBER__RECTANGLES__R_BU
PARAMETRIZATION_TYPE_PARAMETRIC_BARS__FLAT_BAR__FLAT
PARAMETRIZATION_TYPE_PARAMETRIC_BARS__HALF_OVAL_BAR__HALFOVAL
PARAMETRIZATION_TYPE_PARAMETRIC_BARS__HALF_ROUND_BAR__HALFROUND
PARAMETRIZATION_TYPE_PARAMETRIC_BARS__HEXAGON_BAR__HEXAGON
PARAMETRIZATION_TYPE_PARAMETRIC_BARS__ISOSCELES_RIGHT_TRIANGLE_BAR__TRIANGLEIR
PARAMETRIZATION_TYPE_PARAMETRIC_BARS__OCTAGON_BAR__OCTAGON
PARAMETRIZATION_TYPE_PARAMETRIC_BARS__REBAR__REBAR
PARAMETRIZATION_TYPE_PARAMETRIC_BARS__ROUND_BAR__ROUND
PARAMETRIZATION_TYPE_PARAMETRIC_BARS__ROUND_CORNER_SQUARE_BAR__SQUARER
PARAMETRIZATION_TYPE_PARAMETRIC_BARS__SHARP_CORNER_SQUARE_BAR__SQUARES
PARAMETRIZATION_TYPE_PARAMETRIC_BRIDGES__MULTI_PIECE_TAPERED_FLANGE_T_SECTION__TTF_B
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__2X2_MASSIVE_RECTANGLES_WITH_FULLY_RIGID_CONNECTION__2X2R_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__2X3_MASSIVE_RECTANGLES_WITH_FULLY_RIGID_CONNECTION__2X3R_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__2_MASSIVE_RECTANGLES_WITH_CONTINUOUS_PACK_AND_2_SPLICES__2RP2S_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__2_MASSIVE_RECTANGLES__2R_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__3_MASSIVE_RECTANGLES__3R_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__4_MASSIVE_RECTANGLES__4R_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_BOX_WITH_HORIZONTAL_CONNECTION_LINES__BOXH_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_BOX_WITH_OVERHANGING_FLANGES_AND_HORIZONTAL_CONNECTION_LINES__BOXOFH_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_BOX_WITH_OVERHANGING_FLANGES_AND_VERTICAL_CONNECTION_LINES__BOXOFV_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_BOX_WITH_VERTICAL_CONNECTION_LINES__BOXV_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_FIVE_LAYER_RECTANGLE_WITH_3_DIFFERENT_MATERIALS__5LR_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_OVAL_WITH_VERTICAL_CONNECTION_LINES__OVAL_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_RECTANGLE_WITH_2_CONTINUOUS_SPLICES__R2S_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_SINGLY_SYMMETRIC_I_SECTION_WITH_HORIZONTAL_CONNECTION_LINES__ISH_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_SINGLY_SYMMETRIC_I_SECTION_WITH_THIN_FLANGES_AND_4_REINFORCING_RECTANGLES__IS4R_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_SINGLY_SYMMETRIC_I_SECTION_WITH_VERTICAL_CONNECTION_LINES__ISV_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_THREE_LAYER_RECTANGLE_WITH_2_DIFFERENT_MATERIALS__3LR_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_TWO_BOX_WITH_HORIZONTAL_CONNECTION_LINES__2BOXH_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_TWO_BOX_WITH_VERTICAL_CONNECTION_LINES__2BOXV_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_TWO_LAYER_RECTANGLE_WITH_2_DIFFERENT_MATERIALS__2LR_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_T_SECTION_WITH_HORIZONTAL_CONNECTION_LINE__TH_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_T_SECTION_WITH_VERTICAL_CONNECTION_LINES__TV_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_U_SECTION_WITH_HORIZONTAL_CONNECTION_LINES__UH_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_U_SECTION_WITH_VERTICAL_CONNECTION_LINES__UV_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_II__MASSIVE_V_SECTION_WITH_VERTICAL_CONNECTION_LINE__V_M2
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_CIRCLE__CIRCLE_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_DOUBLE_T_SECTION_WITH_CHAMFERED_INNER_CORNERS__DTC_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_DOUBLE_T_SECTION__DT_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_DOUBLY_SYMMETRIC_I_SECTION__ID_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_HALF_OVAL__HALFOVAL_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_HALF_ROUND__HALFROUND_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_HEXAGON__HEXAGON_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_HOLLOW_CIRCLE__HCIRCLE_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_I_SECTION_WITH_CHAMFERED_INNER_CORNERS__IC_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_I_SECTION__I_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_L_SECTION__L_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_OCTAGON__OCTAGON_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_OVAL__OVAL_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_PARALLELOGRAM__PAR_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_RECTANGLE_WITH_CHAMFERED_RECTANGULAR_OPENING__RROC_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_RECTANGLE_WITH_PEAKS_OUTWARD_AND_INWARD__RPOI_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_RECTANGLE_WITH_PEAK_INWARD__RPI_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_RECTANGLE_WITH_PEAK_OUTWARD__RPO_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_RECTANGLE_WITH_RECTANGULAR_OPENING__RRO_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_RECTANGLE__R_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_RIGHT_ANGLED_TRAPEZOID__TRRA_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_ROUND_CORNER_RECTANGLE__RR_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_ROUND_CORNER_SQUARE__SQR_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_SQUARE__SQ_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_DOUBLE_T_SECTION__DTT_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_FLANGE_I_SECTION__ITF_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_FLANGE_T_SECTION__TTF_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_U_SECTION__UT_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_WEB_T_SECTION_WITH_CHAMFERED_INNER_CORNERS__TTWC_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_WEB_T_SECTION__TTW_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_TRAPEZOID__TR_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_T_SECTION_WITH_CHAMFERED_INNER_CORNERS__TC_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_T_SECTION_WITH_PEAK_INWARD__TPI_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_T_SECTION_WITH_PEAK_OUTWARD__TPO_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_T_SECTION__T_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_UNSYMMETRIC_I_SECTION_WITH_CHAMFERED_INNER_CORNERS__IUC_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_UNSYMMETRIC_I_SECTION__IU_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_UNSYMMETRIC_T_SECTION_WITH_OFFSET_FLANGES_ON_BOTH_SIDES__TU2OF_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_UNSYMMETRIC_T_SECTION_WITH_OFFSET_FLANGE__TUOF_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_UNSYMMETRIC_T_SECTION__TU_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_U_SECTION_WITH_CHAMFERED_INNER_CORNERS__UC_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_U_SECTION__U_M1
PARAMETRIZATION_TYPE_PARAMETRIC_MASSIVE_I__MASSIVE_Z_SECTION__Z_M1
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__2_CHANNELS__2U
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__2_CL_SECTIONS__2CL
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__2_C_SECTIONS__2C
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__2_EQUAL_LEG_ANGLES_BACK_TO_BACK__2LE_BB
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__2_UNEQUAL_LEG_ANGLES_LONG_LEGS_BACK_TO_BACK__2L_LLBB
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__2_UNEQUAL_LEG_ANGLES_SHORT_LEGS_BACK_TO_BACK__2L_SLBB
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__BOX_TYPE_AX__BOX_AX
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__BOX_TYPE_A__BOX_A
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__BOX_TYPE_BX__BOX_BX
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__BOX_TYPE_B__BOX_B
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__CHANNEL__U
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__CIRCULAR_HOLLOW_SECTION__CHS
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__CL_SECTION__CL
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__CROSS_SHAPED_SECTION__CROSS
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__C_SECTION__C
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__ELLIPTICAL_HOLLOW_SECTION__EHS
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__EQUAL_LEG_ANGLE_WITH_LIPS__LEL
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__EQUAL_LEG_ANGLE__LE
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__I_SECTION_WITH_2_SIDE_FLAT_BARS__I2SF
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__I_SECTION_WITH_T_SECTION__IT
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__I_SECTION__I
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__OMEGA_SECTION_WITH_SLOPING_WEBS__OMEGASW
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__OMEGA_SECTION__OMEGA
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__PI_SECTION_TYPE_A__PI_A
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__PI_SECTION_TYPE_B__PI_B
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__POLYGONAL_HOLLOW_SECTION__PHS
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__RECTANGULAR_HOLLOW_SECTION_WITH_PEAKS_OUTWARD_AND_INWARD__RHSPOI
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__RECTANGULAR_HOLLOW_SECTION_WITH_PEAK_OUTWARD__RHSPO
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__RECTANGULAR_HOLLOW_SECTION__RHS
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__RIB_HOLLOW_SECTION__RIBHS
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__SIGMA_SECTION__SIGMA
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_2_FLAT_BARS__IS2F
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_2_SLOPING_STIFFENERS__IS2SS
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_2_WELDED_FLAT_BARS__IS2FW
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_DOUBLE_WEB_THICKNESS__IS2WT
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_EDGE_STIFFENERS_ON_1_FLANGE__IS1FES
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION__IS
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__SQUARE_HOLLOW_SECTION__SHS
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__TAPERED_FLANGE_CHANNEL__UTF
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__TAPERED_FLANGE_I_SECTION__ITF
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__TAPERED_FLANGE_T_SECTION_WITH_TAPERED_WEB__TTFTW
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__TAPERED_FLANGE_T_SECTION__TTF
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__TRAPEZOIDAL_HOLLOW_SECTION__THS
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__T_SECTION__T
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__UNEQUAL_LEG_ANGLE__LU
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__UNSYMMETRIC_CHANNEL_WITH_EDGE_STIFFENERS_INWARD__UUESI
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__UNSYMMETRIC_CHANNEL_WITH_EDGE_STIFFENERS_OUTWARD_AND_INWARD__UUESOI
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__UNSYMMETRIC_CHANNEL_WITH_EDGE_STIFFENERS_OUTWARD__UUESO
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__UNSYMMETRIC_CHANNEL__UU
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__UNSYMMETRIC_C_SECTION__CU
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__UNSYMMETRIC_I_SECTION__IU
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__UNSYMMETRIC_RECTANGULAR_HOLLOW_SECTION__RHSU
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__UNSYMMETRIC_T_SECTION__TU
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__Z_SECTION_WITH_LIPS__ZL
PARAMETRIZATION_TYPE_PARAMETRIC_THIN_WALLED__Z_SECTION__Z
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__2L_SECTIONS_STEEL_DOUBLE_ANGLES__2L_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__60_DEGREE_ANGLES__L60_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__BAR_SECTIONS__BAR_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__CIRCULAR_HOLLOW_SECTIONS_PIPES__CHS_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__ELLIPTICAL_AND_SEMI_ELLIPTICAL_HOLLOW_SECTIONS__EHS_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__I_SECTIONS_H_SECTIONS__I_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__L_SECTIONS_STEEL_ANGLES__L_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__RAIL_SECTIONS__RAIL_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__REBAR_SECTIONS__REBAR_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__SHEETS__SHEET_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__SQUARE_AND_RECTANGULAR_HOLLOW_SECTIONS__RHS_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__TENDON_SECTIONS__TENDON_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__T_SECTIONS_STEEL_TEES__T_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__U_SECTIONS_STEEL_CHANNELS__U_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__VIRTUAL_JOISTS_AND_VIRTUAL_JOIST_GIRDERS__VIRTUAL_S
PARAMETRIZATION_TYPE_STANDARDIZED_STEEL__Z_SECTIONS_STEEL_ZEES__Z_S
PARAMETRIZATION_TYPE_STANDARDIZED_TIMBER__TIMBER_COMPOSED_SECTIONS__COMP_S
PARAMETRIZATION_TYPE_STANDARDIZED_TIMBER__TIMBER_RECTANGLES__RECT_S

CombinationType

Name
COMBINATION_TYPE_UNKNOWN
COMBINATION_TYPE_BUILT_UP_NG_2CHS
COMBINATION_TYPE_BUILT_UP_NG_2CHS_A
COMBINATION_TYPE_BUILT_UP_NG_2HB
COMBINATION_TYPE_BUILT_UP_NG_2HF
COMBINATION_TYPE_BUILT_UP_NG_2I
COMBINATION_TYPE_BUILT_UP_NG_2I_A
COMBINATION_TYPE_BUILT_UP_NG_2LCLI
COMBINATION_TYPE_BUILT_UP_NG_2LCLIR
COMBINATION_TYPE_BUILT_UP_NG_2LCLIR_A
COMBINATION_TYPE_BUILT_UP_NG_2LCLI_A
COMBINATION_TYPE_BUILT_UP_NG_2LCLO
COMBINATION_TYPE_BUILT_UP_NG_2LCLOC
COMBINATION_TYPE_BUILT_UP_NG_2LCLOC_A
COMBINATION_TYPE_BUILT_UP_NG_2LCLOR
COMBINATION_TYPE_BUILT_UP_NG_2LCLOR_A
COMBINATION_TYPE_BUILT_UP_NG_2LCLO_A
COMBINATION_TYPE_BUILT_UP_NG_2LHLI
COMBINATION_TYPE_BUILT_UP_NG_2LHLI_A
COMBINATION_TYPE_BUILT_UP_NG_2LHLO
COMBINATION_TYPE_BUILT_UP_NG_2LHLO_A
COMBINATION_TYPE_BUILT_UP_NG_2LLHLI
COMBINATION_TYPE_BUILT_UP_NG_2LLHLI_A
COMBINATION_TYPE_BUILT_UP_NG_2LLHLO
COMBINATION_TYPE_BUILT_UP_NG_2LLHLO_A
COMBINATION_TYPE_BUILT_UP_NG_2LSHLI
COMBINATION_TYPE_BUILT_UP_NG_2LSHLI_A
COMBINATION_TYPE_BUILT_UP_NG_2LSHLO
COMBINATION_TYPE_BUILT_UP_NG_2LSHLO_A
COMBINATION_TYPE_BUILT_UP_NG_2RB
COMBINATION_TYPE_BUILT_UP_NG_2RHSH
COMBINATION_TYPE_BUILT_UP_NG_2RHSH_A
COMBINATION_TYPE_BUILT_UP_NG_2RHSV
COMBINATION_TYPE_BUILT_UP_NG_2RHSV_A
COMBINATION_TYPE_BUILT_UP_NG_2SB
COMBINATION_TYPE_BUILT_UP_NG_2SHS
COMBINATION_TYPE_BUILT_UP_NG_2SHS_A
COMBINATION_TYPE_BUILT_UP_NG_2UCCC
COMBINATION_TYPE_BUILT_UP_NG_2UF
COMBINATION_TYPE_BUILT_UP_NG_2UI
COMBINATION_TYPE_BUILT_UP_NG_2UI_A
COMBINATION_TYPE_BUILT_UP_NG_2UO
COMBINATION_TYPE_BUILT_UP_NG_2UO_A
COMBINATION_TYPE_BUILT_UP_NG_2UU
COMBINATION_TYPE_BUILT_UP_NG_2VF
COMBINATION_TYPE_BUILT_UP_NG_3I
COMBINATION_TYPE_BUILT_UP_NG_4LHLO
COMBINATION_TYPE_BUILT_UP_NG_4LHLO_A
COMBINATION_TYPE_BUILT_UP_NG_4LLI
COMBINATION_TYPE_BUILT_UP_NG_4LLI_A
COMBINATION_TYPE_BUILT_UP_NG_4LLO
COMBINATION_TYPE_BUILT_UP_NG_4LLO_A
COMBINATION_TYPE_BUILT_UP_NG_CIHF
COMBINATION_TYPE_BUILT_UP_NG_CIMD
COMBINATION_TYPE_BUILT_UP_NG_HNBH
COMBINATION_TYPE_BUILT_UP_NG_I1F
COMBINATION_TYPE_BUILT_UP_NG_I1HIC
COMBINATION_TYPE_BUILT_UP_NG_I1IC
COMBINATION_TYPE_BUILT_UP_NG_I2F
COMBINATION_TYPE_BUILT_UP_NG_I2HF
COMBINATION_TYPE_BUILT_UP_NG_I2HIC
COMBINATION_TYPE_BUILT_UP_NG_I2I
COMBINATION_TYPE_BUILT_UP_NG_I2L
COMBINATION_TYPE_BUILT_UP_NG_I2LLL
COMBINATION_TYPE_BUILT_UP_NG_I2LSL
COMBINATION_TYPE_BUILT_UP_NG_ICI_MAX
COMBINATION_TYPE_BUILT_UP_NG_ICI_MIN
COMBINATION_TYPE_BUILT_UP_NG_IHF
COMBINATION_TYPE_BUILT_UP_NG_IL
COMBINATION_TYPE_BUILT_UP_NG_ILLL
COMBINATION_TYPE_BUILT_UP_NG_ILSL
COMBINATION_TYPE_BUILT_UP_NG_IUD
COMBINATION_TYPE_BUILT_UP_NG_IUU
COMBINATION_TYPE_BUILT_UP_NG_IVF
COMBINATION_TYPE_BUILT_UP_NG_IWT
COMBINATION_TYPE_BUILT_UP_NG_P2BF
COMBINATION_TYPE_BUILT_UP_NG_P2L
COMBINATION_TYPE_BUILT_UP_NG_P2LLL
COMBINATION_TYPE_BUILT_UP_NG_P2LSL
COMBINATION_TYPE_BUILT_UP_NG_P2T
COMBINATION_TYPE_BUILT_UP_NG_P2U
COMBINATION_TYPE_BUILT_UP_NG_PBF
COMBINATION_TYPE_BUILT_UP_NG_PL
COMBINATION_TYPE_BUILT_UP_NG_PLLL
COMBINATION_TYPE_BUILT_UP_NG_PLSL
COMBINATION_TYPE_BUILT_UP_NG_PT
COMBINATION_TYPE_BUILT_UP_NG_PU
COMBINATION_TYPE_BUILT_UP_NG_TENDON_C
COMBINATION_TYPE_BUILT_UP_NG_TENDON_S
COMBINATION_TYPE_BUILT_UP_NG_UF

TypeOfWelding

Name
TYPE_OF_WELDING_TUNGSTEN_INERT_GAS
TYPE_OF_WELDING_METAL_INERT_GAS