EmbeddedBeam
Result types for embedded beam
Property  Long name  Unit  Description 

X  X  Length  xaxis of position 
Y  Y  Length  yaxis of position 
Z  Z  Length  z coordinate 
Ux  u_{x}  Length  Total displacement in x direction 
Uy  u_{y}  Length  Total displacement in the y direction 
Uz  u_{z}  Length  Total displacement in z direction 
Utot  u  Length  Total displacement 
dUx  Δu_{x}  Length  Incremental displacement in x direction 
dUy  Δu_{y}  Length  Incremental displacement in y direction 
dUz  Δu_{z}  Length  Incremental displacement in z direction 
dUtot  Δu  Length  Incremental displacement 
PUx  Pu_{x}  Length  Summed displacement per phase in x direction 
PUy  Pu_{y}  Length  Summed displacement per phase in y direction 
PUz  Pu_{z}  Length  Summed displacement per phase in z direction 
PUtot  Pu  Length  Summed displacement per phase 
Vx  v_{x}  Length/Time  Velocity in the x direction 
Vy  v_{y}  Length/Time  Velocity in the y direction 
Vz  v_{z}  Length/Time  Velocity in z direction 
Vtot  v  Length  Velocity 
Ax  a_{x}  Length/Time^{2}  Acceleration in the x direction 
Ay  a_{y}  Length/Time^{2}  Acceleration in the y direction 
Az  a_{z}  Length/Time^{2}  Acceleration in z direction 
Atot  a  Length/Time^{2}  Acceleration 
Urel1  uRel1    Friction along first direction 
Urel2  uRel2    Friction along second direction 
Urel3  uRel3    Friction along third direction 
N  N  Force  Axial force 
Q12  Q12  Force  Shear force 
Q13  Q13  Force  Shear force 
M1  M1  Force·Length  Bending moment 
M2  M2  Force·Length  Bending moment 
M3  M3  Force·Length  Bending moment 
Phi1  φ1  °  Local displacement below u_{3}. 
IRelUx  u_{x,rel}  Length  x difference in displacement between opposing nodes in a structure 
IRelUy  u_{y,rel}  Length  y difference in displacement between opposing nodes in a structure 
IRelUtot  u_{rel}  Length  total difference in displacement between opposing nodes in a structure 
IReldUx  Δu_{x,rel}  Length  x difference in incremental displacement between opposing nodes in a structure 
IReldUy  Δu_{y,rel}  Length  y difference in incremental displacement between opposing nodes in a structure 
IReldUtot  Δu_{rel}  Length  total difference in incremental displacement between opposing nodes in a structure 
IRelPUx  Pu_{x,rel}  Length  x difference in summed displacement between opposing nodes in a structure per phase 
IRelPUy  Pu_{y,rel}  Length  y difference in summed displacement between opposing nodes in a structure per phase 
IRelPUtot  Pu_{rel}  Length  total difference in summed displacement between opposing nodes in a structure per phase 
Tskin  Tskin  Force/Length/Length  Friction on the embedded beam in the direction of the embedded beam 
Tlat  Tlat  Force/Length/Length  Friction on the embedded beam in the lateral direction. Perpendicular to Tskin 
Tlat2  Tlat2  Force/Length/Length  Friction on the embedded beam in the lateral direction. Perpendicular to Tskin 
Force_EnvelopeMin  Nmin  Force/Length  NEEDS TO BE FILLED 
Force_EnvelopeMax  Nmax  Force/Length  NEEDS TO BE FILLED 
Q12_EnvelopeMin  Q12_{min}  Force/Length  Minimum shear force 
Q12_EnvelopeMax  Q12_{max}  Force/Length  Maximum shear force 
Q13_EnvelopeMin  Q13,min  Force/Length  Minimum shear force 
Q13_EnvelopeMax  Q13,max  Force/Length  Maximum shear force 
M1_EnvelopeMin  M1,min  Force·Length  Minimum bending moment. 
M1_EnvelopeMax  M1,max  Force·Length  Maximum bending moment. 
M2_EnvelopeMin  M2,min  Force·Length  Minimum bending moment. 
M2_EnvelopeMax  M2,max  Force·Length  Maximum bending moment. 
M3_EnvelopeMin  M3,min  Force·Length  Minimum bending moment. 
M3_EnvelopeMax  M3,max  Force·Length  Maximum bending moment. 
T1_EnvelopeMin  Tskin,min  Torque·Length  Minimum torque. 
T1_EnvelopeMax  Tskin,max  Torque·Length  Maximum torque. 
InterfaceRelativeShearStress  τ_{rel}    Relative shear stress in embedded beams 
FootForce  Ffoot  Force  Force applied at the bottom of the embedded beam row 
PlasticPoint  Status   

Agx  a_{x}('g')    Acceleration in g in x direction 
Agy  a_{y}('g')    Acceleration in g in y direction 
Agz  a_{z}('g')    Acceleration in g in z direction 
Agtot  a('g')    Total acceleration in g 
Area  Area  Length^{2}  Element area 
U1  u_{1}  Length  Total displacement in first local axis direction 
U2  u_{2}  Length  Total displacement in second local axis direction 
U3  u_{3}  Length  Total displacement in third local axis direction 
dU1  Δu_{1}  Length  Incremental displacement in first local axis direction 
dU2  Δu_{2}  Length  Incremental displacement in second local axis direction 
dU3  Δu_{3}  Length  Incremental displacement in third local axis direction 
PU1  Pu_{1}  Length  Summed displacement per phase in first local axis direction 
PU2  Pu_{2}  Length  Summed displacement per phase in second local axis direction 
PU3  Pu_{3}  Length  Summed displacement per phase in third local axis direction 
Height  Elevation  Length  Elevation 
QualityLinLength  QLength    Same as Area divided by the maximum length of any linelike structure found in the mesh. 
SPUx  ΣPu_{x}  Length  Summed displacement over phases in x direction 
SPUy  ΣPu_{y}  Length  Summed displacement over phases in y direction 
SPUz  ΣPu_{z}  Length  Summed displacement over phases in z direction 
SPUtot  ΣPu  Length  Total summed displacement over phases 
NodeID  Node ID    Returns the ID of the nodes 
StressPointID  Stress point ID    Returns the ID of the stress points 
ElementID  Element ID    Returns the element ID for the embedded beam row structures 
LocalNumber  Local number    The nth node or stress point in a soil element 