Model Definition for analysis: { LateralBuckling }


Actuator_Elements (User's manual) (Top of File)


Aerodynamic_Elements (User's manual) (Top of File)


Aerodynamic_Properties (User's manual) (Top of File)


Analysis_Control (User's manual) (Top of File)

@FEM_CONTROL_PARAMETERS { AnalysisControlParameters}

@GRAPHICS_CONTROL_PARAMETERS { GraphicsControlParameters}

@PLOTTING_CONTROL_PARAMETERS { PlottingControlParameters}

@POST_PROCESSING_CONTROL_PARAMETERS { PostProcessControlParameters}

@STEP_CONTROL_PARAMETERS { Step1}


Constraint_Elements (User's manual) (Top of File)

@PRESCRIBED_DISPLACEMENT_DEFINITION { PrdG}

@RIGID_BODY_CONNECTION_DEFINITION { RbcT}

@REVOLUTE_JOINT_DEFINITION { RvjB, RvjG}

@RELATIVE_ROTATION_DEFINITION { RotationG}

@SPHERICAL_JOINT_DEFINITION { ShjT}


Controller_Elements (User's manual) (Top of File)


External_Loading (User's manual) (Top of File)


Geometric_Objects (User's manual) (Top of File)

@BOUNDARY_CONDITION_DEFINITION { ClampR, ClampG}

@CURVE_DEFINITION { CurveBeam, CurveLink, CurveCrank, CurveRoundedSquare, CurveCircle}

@FIXED_FRAME_DEFINITION { FXDFRAME_INERTIAL}

@CURVE_MESH_PARAMETERS_DEFINITION { MeshBeam, MeshLink, MeshCrank}

@ORIENTATION_DISTRIBUTION_DEFINITION { OriDistBeam, OriDistLink, OriDistCrank}

@POINT_DEFINITION { POINT_ORIGIN, PointR, PointT, PointC, PointG, PointB}

@REFERENCE_FRAME_DEFINITION { REFFRAME_INERTIAL}

@TRIAD_DEFINITION { TRIAD_INERTIAL, TriadRvjB, TriadRvjG}


Graphical_Objects (User's manual) (Top of File)

@GRAPHICAL_PARAMETERS_DEFINITION { GrfParamBeam, GrfParamLink, GrfParamCrank}

@SHAPE_DEFINITION { ShapeBeam, ShapeLink, ShapeCrank}

@VIEW_PARAMETERS_DEFINITION { ViewParameters}


Post_Processing_Tools (User's manual) (Top of File)

@SENSOR_DEFINITION { SensorBeamRootForces, SensorBeamMidDisplacements, SensorBeamMidVelocities, SensorBeamMidForces, SensorMidBeamStressesC1, SensorMidBeamStressesC2, SensorMidBeamStressesC3, SensorMidBeamStressesC4, SensorMidBeamStressesM1, SensorMidBeamStressesM2, SensorMidBeamStressesM3, SensorMidBeamStressesM4, SensorBeamTipDisplacements, SensorLinkMidForces, SensorRotationG}


Structural_Elements (User's manual) (Top of File)

@BEAM_DEFINITION { Beam, Link, Crank}


Structural_Properties (User's manual) (Top of File)

@BEAM_PROPERTY_DEFINITION { PropertyBeam, PropertyLink, PropertyCrank}

@SECTION_BUILDER_RECOVERY_DATA { SectionBeam_SensorStressAtPointC1, SectionBeam_SensorStressAtPointC2, SectionBeam_SensorStressAtPointC3, SectionBeam_SensorStressAtPointC4, SectionBeam_SensorStressAtPointM1, SectionBeam_SensorStressAtPointM2, SectionBeam_SensorStressAtPointM3, SectionBeam_SensorStressAtPointM4}

@SECTION_BUILDER_SECTION_DATA { SectionBeam, SectionLink, SectionCrank}


Topological_Entities (User's manual) (Top of File)

@EDGE_DEFINITION { EdgeBeam, EdgeRbcT, EdgeShjT, EdgeLink, EdgeRvjB, EdgeCrank, EdgeRvjG, EdgeRotationG, EdgePrdG}

@VERTEX_DEFINITION { VertexR, VertexT, VertexC0, VertexC1, VertexB0, VertexB1, VertexG0, VertexG1, VertexG2, VertexG3}


Utility_Objects (User's manual) (Top of File)

@INCLUDE_COMMAND { IncludeSectionProperties, IncludeCurves}

@TIME_FUNCTION_DEFINITION { ScheduleRotationG}


@POINT_DEFINITION (User's manual) (Top of File)

@POINT_NAME { POINT_ORIGIN } {

@COORDINATES { 0.00000e+000, 0.00000e+000, 0.00000e+000} [m]

}


@TRIAD_DEFINITION (User's manual) (Top of File)

@TRIAD_NAME { TRIAD_INERTIAL } {

@ORIENTATION_DEFINITION_TYPE {VECTORS_E2_E3}
@ORIENTATION_E2 { 0.00000e+000, 1.00000e+000, 0.00000e+000}
@ORIENTATION_E3 { 0.00000e+000, 0.00000e+000, 1.00000e+000}

}


@FIXED_FRAME_DEFINITION (User's manual) (Top of File)

@FIXED_FRAME_NAME { FXDFRAME_INERTIAL } {

@POINT1_NAME {POINT_ORIGIN}
@TRIAD_NAME {TRIAD_INERTIAL}

}


@VERTEX_DEFINITION (User's manual) (Top of File)

@VERTEX_NAME { VertexR } {

@AT_POINT {PointR}
@BODY_LIST {ClampR,Beam}

}


@VERTEX_DEFINITION (User's manual) (Top of File)

@VERTEX_NAME { VertexT } {

@AT_POINT {PointT}
@BODY_LIST {Beam,RbcT}

}


@VERTEX_DEFINITION (User's manual) (Top of File)

@VERTEX_NAME { VertexC0 } {

@AT_POINT {PointC}
@BODY_LIST {RbcT,ShjT}

}


@VERTEX_DEFINITION (User's manual) (Top of File)

@VERTEX_NAME { VertexC1 } {

@AT_POINT {PointC}
@BODY_LIST {ShjT,Link}

}


@VERTEX_DEFINITION (User's manual) (Top of File)

@VERTEX_NAME { VertexB0 } {

@AT_POINT {PointB}
@BODY_LIST {Link,RvjB}

}


@VERTEX_DEFINITION (User's manual) (Top of File)

@VERTEX_NAME { VertexB1 } {

@AT_POINT {PointB}
@BODY_LIST {RvjB,Crank}

}


@VERTEX_DEFINITION (User's manual) (Top of File)

@VERTEX_NAME { VertexG0 } {

@AT_POINT {PointG}
@BODY_LIST {ClampG,RvjG,RotationG}

}


@VERTEX_DEFINITION (User's manual) (Top of File)

@VERTEX_NAME { VertexG1 } {

@AT_POINT {PointG}
@BODY_LIST {Crank,RvjG}

}


@VERTEX_DEFINITION (User's manual) (Top of File)

@VERTEX_NAME { VertexG2 } {

@AT_POINT {PointG}
@BODY_LIST {RotationG,PrdG}

}


@VERTEX_DEFINITION (User's manual) (Top of File)

@VERTEX_NAME { VertexG3 } {

@AT_POINT {PointG}
@BODY_LIST {PrdG}

}


@EDGE_DEFINITION (User's manual) (Top of File)

@EDGE_NAME { EdgeBeam } {

@CONNECTED_TO_VERTICES {VertexR}
@CONNECTED_TO_VERTICES {VertexT}
@CURVE_NAME {CurveBeam}

}


@EDGE_DEFINITION (User's manual) (Top of File)

@EDGE_NAME { EdgeRbcT } {

@CONNECTED_TO_VERTICES {VertexT}
@CONNECTED_TO_VERTICES {VertexC0}
@TRIAD_NAME {TRIAD_INERTIAL}

}


@EDGE_DEFINITION (User's manual) (Top of File)

@EDGE_NAME { EdgeShjT } {

@CONNECTED_TO_VERTICES {VertexC0}
@CONNECTED_TO_VERTICES {VertexC1}
@TRIAD_NAME {TRIAD_INERTIAL}

}


@EDGE_DEFINITION (User's manual) (Top of File)

@EDGE_NAME { EdgeLink } {

@CONNECTED_TO_VERTICES {VertexB0}
@CONNECTED_TO_VERTICES {VertexC1}
@CURVE_NAME {CurveLink}

}


@EDGE_DEFINITION (User's manual) (Top of File)

@EDGE_NAME { EdgeRvjB } {

@CONNECTED_TO_VERTICES {VertexB0}
@CONNECTED_TO_VERTICES {VertexB1}
@TRIAD_NAME {TriadRvjB}

}


@EDGE_DEFINITION (User's manual) (Top of File)

@EDGE_NAME { EdgeCrank } {

@CONNECTED_TO_VERTICES {VertexG1}
@CONNECTED_TO_VERTICES {VertexB1}
@CURVE_NAME {CurveCrank}

}


@EDGE_DEFINITION (User's manual) (Top of File)

@EDGE_NAME { EdgeRvjG } {

@CONNECTED_TO_VERTICES {VertexG0}
@CONNECTED_TO_VERTICES {VertexG1}
@TRIAD_NAME {TriadRvjG}

}


@EDGE_DEFINITION (User's manual) (Top of File)

@EDGE_NAME { EdgeRotationG } {

@CONNECTED_TO_VERTICES {VertexG0}
@CONNECTED_TO_VERTICES {VertexG2}

}


@EDGE_DEFINITION (User's manual) (Top of File)

@EDGE_NAME { EdgePrdG } {

@CONNECTED_TO_VERTICES {VertexG2}
@CONNECTED_TO_VERTICES {VertexG3}

}


@POINT_DEFINITION (User's manual) (Top of File)

@POINT_NAME { PointR } {

@COORDINATES { 0.00000e+000, 0.00000e+000, 0.00000e+000} [m]

}


@POINT_DEFINITION (User's manual) (Top of File)

@POINT_NAME { PointT } {

@COORDINATES { 1.00000e+000, 0.00000e+000, 0.00000e+000} [m]

}


@POINT_DEFINITION (User's manual) (Top of File)

@POINT_NAME { PointC } {

@COORDINATES { 1.00000e+000, 1.00000e-004, 0.00000e+000} [m]

}


@POINT_DEFINITION (User's manual) (Top of File)

@POINT_NAME { PointG } {

@COORDINATES { 9.50000e-001, 1.00000e-004, -2.50000e-001} [m]

}


@POINT_DEFINITION (User's manual) (Top of File)

@POINT_NAME { PointB } {

@COORDINATES { 1.00000e+000, 1.00000e-004, -2.50000e-001} [m]

}


@TRIAD_DEFINITION (User's manual) (Top of File)

@TRIAD_NAME { TriadRvjB } {

@ORIENTATION_DEFINITION_TYPE {VECTOR_E3}
@ORIENTATION_E3 { 0.00000e+000, 1.00000e+000, 0.00000e+000}

}


@TRIAD_DEFINITION (User's manual) (Top of File)

@TRIAD_NAME { TriadRvjG } {

@ORIENTATION_DEFINITION_TYPE {VECTOR_E3}
@ORIENTATION_E3 { 0.00000e+000, 1.00000e+000, 0.00000e+000}

}


@CURVE_DEFINITION (User's manual) (Top of File)

@CURVE_NAME { CurveBeam } {

@IS_DEFINED_IN_FRAME {INERTIAL}

@POINT_DEFINITION {

@NUMBER_OF_CONTROL_POINTS { 2}
@DEGREE_OF_CURVE { 1}
@RATIONAL_CURVE_FLAG {NO}
@END_POINT_0 {PointR}
@END_POINT_1 {PointT}

}

@TRIAD_DEFINITION {

@ORIENTATION_DISTRIBUTION_NAME {OriDistBeam}

}

@CURVE_MESH_PARAMETERS_NAME {MeshBeam}

}

CURVE (X1 X2 VIEW)

CURVE (X1 X3 VIEW)

CURVE (X2 X3 VIEW)


@CURVE_DEFINITION (User's manual) (Top of File)

@CURVE_NAME { CurveLink } {

@IS_DEFINED_IN_FRAME {INERTIAL}

@POINT_DEFINITION {

@NUMBER_OF_CONTROL_POINTS { 2}
@DEGREE_OF_CURVE { 1}
@RATIONAL_CURVE_FLAG {NO}
@END_POINT_0 {PointB}
@END_POINT_1 {PointC}

}

@TRIAD_DEFINITION {

@ORIENTATION_DISTRIBUTION_NAME {OriDistLink}

}

@CURVE_MESH_PARAMETERS_NAME {MeshLink}

}

CURVE (X1 X2 VIEW)

CURVE (X1 X3 VIEW)

CURVE (X2 X3 VIEW)


@CURVE_DEFINITION (User's manual) (Top of File)

@CURVE_NAME { CurveCrank } {

@IS_DEFINED_IN_FRAME {INERTIAL}

@POINT_DEFINITION {

@NUMBER_OF_CONTROL_POINTS { 2}
@DEGREE_OF_CURVE { 1}
@RATIONAL_CURVE_FLAG {NO}
@END_POINT_0 {PointG}
@END_POINT_1 {PointB}

}

@TRIAD_DEFINITION {

@ORIENTATION_DISTRIBUTION_NAME {OriDistCrank}

}

@CURVE_MESH_PARAMETERS_NAME {MeshCrank}

}

CURVE (X1 X2 VIEW)

CURVE (X1 X3 VIEW)

CURVE (X2 X3 VIEW)


@ORIENTATION_DISTRIBUTION_DEFINITION (User's manual) (Top of File)

@ORIENTATION_DISTRIBUTION_NAME { OriDistBeam } {

@ORIENTATION_DEFINITION_TYPE {VECTORS_E2_E3}
@COORDINATE_TYPE {ETA_COORDINATE}
@ETA_COORDINATE { 0.00000e+000}
@ORIENTATION_E2 { 0.00000e+000, 1.00000e+000, 0.00000e+000}
@ORIENTATION_E3 { 0.00000e+000, 0.00000e+000, 1.00000e+000}

}

ORIENTATION


@ORIENTATION_DISTRIBUTION_DEFINITION (User's manual) (Top of File)

@ORIENTATION_DISTRIBUTION_NAME { OriDistLink } {

@ORIENTATION_DEFINITION_TYPE {VECTORS_E2_E3}
@COORDINATE_TYPE {ETA_COORDINATE}
@ETA_COORDINATE { 0.00000e+000}
@ORIENTATION_E2 { 0.00000e+000, 1.00000e+000, 0.00000e+000}
@ORIENTATION_E3 { -1.00000e+000, 0.00000e+000, 0.00000e+000}

}

ORIENTATION


@ORIENTATION_DISTRIBUTION_DEFINITION (User's manual) (Top of File)

@ORIENTATION_DISTRIBUTION_NAME { OriDistCrank } {

@ORIENTATION_DEFINITION_TYPE {VECTORS_E2_E3}
@COORDINATE_TYPE {ETA_COORDINATE}
@ETA_COORDINATE { 0.00000e+000}
@ORIENTATION_E2 { 0.00000e+000, 1.00000e+000, 0.00000e+000}
@ORIENTATION_E3 { 0.00000e+000, 0.00000e+000, 1.00000e+000}

}

ORIENTATION


@CURVE_MESH_PARAMETERS_DEFINITION (User's manual) (Top of File)

@CURVE_MESH_PARAMETERS_NAME { MeshBeam } {

@NUMBER_OF_ELEMENTS { 8}
@ORDER_OF_ELEMENTS { 3}

}


@CURVE_MESH_PARAMETERS_DEFINITION (User's manual) (Top of File)

@CURVE_MESH_PARAMETERS_NAME { MeshLink } {

@NUMBER_OF_ELEMENTS { 2}
@ORDER_OF_ELEMENTS { 3}

}


@CURVE_MESH_PARAMETERS_DEFINITION (User's manual) (Top of File)

@CURVE_MESH_PARAMETERS_NAME { MeshCrank } {

@NUMBER_OF_ELEMENTS { 1}
@ORDER_OF_ELEMENTS { 3}

}


@BOUNDARY_CONDITION_DEFINITION (User's manual) (Top of File)

@BOUNDARY_CONDITION_NAME { ClampR } {

@ENTITY_NAME {VertexR}
@DISPLACEMENT_BOUNDARY_CONDITIONS { 1, 1, 1}
@ROTATION_BOUNDARY_CONDITIONS { 1, 1, 1}

}


@BEAM_DEFINITION (User's manual) (Top of File)

@BEAM_NAME { Beam } {

@EDGE_NAME {EdgeBeam}
@CONNECTED_TO_VERTICES {VertexR}
@CONNECTED_TO_VERTICES {VertexT}
@BEAM_PROPERTY_NAME {PropertyBeam}
@SHAPE_NAME {ShapeBeam}
@GRAPHICAL_PARAMETERS_NAME {GrfParamBeam}

}


@RIGID_BODY_CONNECTION_DEFINITION (User's manual) (Top of File)

@RIGID_BODY_CONNECTION_NAME { RbcT } {

@EDGE_NAME {EdgeRbcT}
@CONNECTED_TO_VERTICES {VertexT}
@CONNECTED_TO_VERTICES {VertexC0}

}


@SPHERICAL_JOINT_DEFINITION (User's manual) (Top of File)

@SPHERICAL_JOINT_NAME { ShjT } {

@EDGE_NAME {EdgeShjT}
@CONNECTED_TO_VERTICES {VertexC0}
@CONNECTED_TO_VERTICES {VertexC1}

}


@BEAM_DEFINITION (User's manual) (Top of File)

@BEAM_NAME { Link } {

@EDGE_NAME {EdgeLink}
@CONNECTED_TO_VERTICES {VertexB0}
@CONNECTED_TO_VERTICES {VertexC1}
@BEAM_PROPERTY_NAME {PropertyLink}
@SHAPE_NAME {ShapeLink}
@GRAPHICAL_PARAMETERS_NAME {GrfParamLink}

}


@REVOLUTE_JOINT_DEFINITION (User's manual) (Top of File)

@REVOLUTE_JOINT_NAME { RvjB } {

@EDGE_NAME {EdgeRvjB}
@CONNECTED_TO_VERTICES {VertexB0}
@CONNECTED_TO_VERTICES {VertexB1}

}


@BEAM_DEFINITION (User's manual) (Top of File)

@BEAM_NAME { Crank } {

@EDGE_NAME {EdgeCrank}
@CONNECTED_TO_VERTICES {VertexG1}
@CONNECTED_TO_VERTICES {VertexB1}
@BEAM_PROPERTY_NAME {PropertyCrank}
@SHAPE_NAME {ShapeCrank}
@GRAPHICAL_PARAMETERS_NAME {GrfParamCrank}

}


@REVOLUTE_JOINT_DEFINITION (User's manual) (Top of File)

@REVOLUTE_JOINT_NAME { RvjG } {

@EDGE_NAME {EdgeRvjG}
@CONNECTED_TO_VERTICES {VertexG0}
@CONNECTED_TO_VERTICES {VertexG1}
@RELATIVE_ROTATION_NAME {RotationG}

}


@RELATIVE_ROTATION_DEFINITION (User's manual) (Top of File)

@RELATIVE_ROTATION_NAME { RotationG } {

@EDGE_NAME {EdgeRotationG}
@CONNECTED_TO_VERTICES {VertexG0}
@CONNECTED_TO_VERTICES {VertexG2}

}


@BOUNDARY_CONDITION_DEFINITION (User's manual) (Top of File)

@BOUNDARY_CONDITION_NAME { ClampG } {

@ENTITY_NAME {VertexG0}
@DISPLACEMENT_BOUNDARY_CONDITIONS { 1, 1, 1}
@ROTATION_BOUNDARY_CONDITIONS { 1, 1, 1}

}


@PRESCRIBED_DISPLACEMENT_DEFINITION (User's manual) (Top of File)

@PRESCRIBED_DISPLACEMENT_NAME { PrdG } {

@EDGE_NAME {EdgePrdG}
@CONNECTED_TO_VERTICES {VertexG2}
@CONNECTED_TO_VERTICES {VertexG3}
@DEGREE_OF_FREEDOM { 4}
@TIME_FUNCTION_NAME {ScheduleRotationG}

}


@BEAM_PROPERTY_DEFINITION (User's manual) (Top of File)

@BEAM_PROPERTY_NAME { PropertyBeam } {

@PROPERTY_DEFINITION_TYPE {SECTION_BUILDER}
@COORDINATE_TYPE {ETA_COORDINATE}
@ETA_COORDINATE { 0.00000e+000}
@SECTION_BUILDER_SECTION_NAME {SectionBeam}

}

MASS_PER_LENGTH_M00

MASS_X_XM2

MASS_X_XM3

MOMENT_OF_INERTIA_M33

MOMENT_OF_INERTIA_M23

MOMENT_OF_INERTIA_M22

STIFFNESS_K11

STIFFNESS_K12

STIFFNESS_K22

STIFFNESS_K13

STIFFNESS_K23

STIFFNESS_K33

STIFFNESS_K14

STIFFNESS_K24

STIFFNESS_K34

STIFFNESS_K44

STIFFNESS_K15

STIFFNESS_K25

STIFFNESS_K35

STIFFNESS_K45

STIFFNESS_K55

STIFFNESS_K16

STIFFNESS_K26

STIFFNESS_K36

STIFFNESS_K46

STIFFNESS_K56

STIFFNESS_K66

DAMPING_COEFFICIENT


@BEAM_PROPERTY_DEFINITION (User's manual) (Top of File)

@BEAM_PROPERTY_NAME { PropertyLink } {

@PROPERTY_DEFINITION_TYPE {SECTION_BUILDER}
@COORDINATE_TYPE {ETA_COORDINATE}
@ETA_COORDINATE { 0.00000e+000}
@SECTION_BUILDER_SECTION_NAME {SectionLink}

}

MASS_PER_LENGTH_M00

MASS_X_XM2

MASS_X_XM3

MOMENT_OF_INERTIA_M33

MOMENT_OF_INERTIA_M23

MOMENT_OF_INERTIA_M22

STIFFNESS_K11

STIFFNESS_K12

STIFFNESS_K22

STIFFNESS_K13

STIFFNESS_K23

STIFFNESS_K33

STIFFNESS_K14

STIFFNESS_K24

STIFFNESS_K34

STIFFNESS_K44

STIFFNESS_K15

STIFFNESS_K25

STIFFNESS_K35

STIFFNESS_K45

STIFFNESS_K55

STIFFNESS_K16

STIFFNESS_K26

STIFFNESS_K36

STIFFNESS_K46

STIFFNESS_K56

STIFFNESS_K66

DAMPING_COEFFICIENT


@BEAM_PROPERTY_DEFINITION (User's manual) (Top of File)

@BEAM_PROPERTY_NAME { PropertyCrank } {

@PROPERTY_DEFINITION_TYPE {SECTION_BUILDER}
@COORDINATE_TYPE {ETA_COORDINATE}
@ETA_COORDINATE { 0.00000e+000}
@SECTION_BUILDER_SECTION_NAME {SectionCrank}

}

MASS_PER_LENGTH_M00

MASS_X_XM2

MASS_X_XM3

MOMENT_OF_INERTIA_M33

MOMENT_OF_INERTIA_M23

MOMENT_OF_INERTIA_M22

STIFFNESS_K11

STIFFNESS_K12

STIFFNESS_K22

STIFFNESS_K13

STIFFNESS_K23

STIFFNESS_K33

STIFFNESS_K14

STIFFNESS_K24

STIFFNESS_K34

STIFFNESS_K44

STIFFNESS_K15

STIFFNESS_K25

STIFFNESS_K35

STIFFNESS_K45

STIFFNESS_K55

STIFFNESS_K16

STIFFNESS_K26

STIFFNESS_K36

STIFFNESS_K46

STIFFNESS_K56

STIFFNESS_K66

DAMPING_COEFFICIENT


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorBeamRootForces } {

@OBJECT_NAME {Beam}
@SENSOR_TYPE {FORCES}
@ETA_COORDINATE { 0.00000e+000}

}

FORCES

MOMENTS


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorBeamMidDisplacements } {

@OBJECT_NAME {Beam}
@SENSOR_TYPE {DISPLACEMENTS}
@ETA_COORDINATE { 5.00000e-001}

}

DISPLACEMENTS

ROTATIONS


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorBeamMidVelocities } {

@OBJECT_NAME {Beam}
@SENSOR_TYPE {VELOCITIES}
@ETA_COORDINATE { 5.00000e-001}

}

VELOCITIES

ANGULAR VELOCITIES


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorBeamMidForces } {

@OBJECT_NAME {Beam}
@SENSOR_TYPE {FORCES}
@ETA_COORDINATE { 5.00000e-001}

}

FORCES

MOMENTS


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorMidBeamStressesC1 } {

@OBJECT_NAME {Beam}
@SENSOR_TYPE {SB_STRESSES}
@ETA_COORDINATE { 5.00000e-001}
@SECTION_BUILDER_RECOVERY_NAME {SectionBeam_SensorStressAtPointC1}

}

OUT-OF-PLANE STRESSES

IN-PLANE STRESSES


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorMidBeamStressesC2 } {

@OBJECT_NAME {Beam}
@SENSOR_TYPE {SB_STRESSES}
@ETA_COORDINATE { 5.00000e-001}
@SECTION_BUILDER_RECOVERY_NAME {SectionBeam_SensorStressAtPointC2}

}

OUT-OF-PLANE STRESSES

IN-PLANE STRESSES


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorMidBeamStressesC3 } {

@OBJECT_NAME {Beam}
@SENSOR_TYPE {SB_STRESSES}
@ETA_COORDINATE { 5.00000e-001}
@SECTION_BUILDER_RECOVERY_NAME {SectionBeam_SensorStressAtPointC3}

}

OUT-OF-PLANE STRESSES

IN-PLANE STRESSES


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorMidBeamStressesC4 } {

@OBJECT_NAME {Beam}
@SENSOR_TYPE {SB_STRESSES}
@ETA_COORDINATE { 5.00000e-001}
@SECTION_BUILDER_RECOVERY_NAME {SectionBeam_SensorStressAtPointC4}

}

OUT-OF-PLANE STRESSES

IN-PLANE STRESSES


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorMidBeamStressesM1 } {

@OBJECT_NAME {Beam}
@SENSOR_TYPE {SB_STRESSES}
@ETA_COORDINATE { 5.00000e-001}
@SECTION_BUILDER_RECOVERY_NAME {SectionBeam_SensorStressAtPointM1}

}

OUT-OF-PLANE STRESSES

IN-PLANE STRESSES


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorMidBeamStressesM2 } {

@OBJECT_NAME {Beam}
@SENSOR_TYPE {SB_STRESSES}
@ETA_COORDINATE { 5.00000e-001}
@SECTION_BUILDER_RECOVERY_NAME {SectionBeam_SensorStressAtPointM2}

}

OUT-OF-PLANE STRESSES

IN-PLANE STRESSES


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorMidBeamStressesM3 } {

@OBJECT_NAME {Beam}
@SENSOR_TYPE {SB_STRESSES}
@ETA_COORDINATE { 5.00000e-001}
@SECTION_BUILDER_RECOVERY_NAME {SectionBeam_SensorStressAtPointM3}

}

OUT-OF-PLANE STRESSES

IN-PLANE STRESSES


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorMidBeamStressesM4 } {

@OBJECT_NAME {Beam}
@SENSOR_TYPE {SB_STRESSES}
@ETA_COORDINATE { 5.00000e-001}
@SECTION_BUILDER_RECOVERY_NAME {SectionBeam_SensorStressAtPointM4}

}

OUT-OF-PLANE STRESSES

IN-PLANE STRESSES


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorBeamTipDisplacements } {

@OBJECT_NAME {Beam}
@SENSOR_TYPE {DISPLACEMENTS}
@ETA_COORDINATE { 1.00000e+000}

}

DISPLACEMENTS

ROTATIONS


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorLinkMidForces } {

@OBJECT_NAME {Link}
@SENSOR_TYPE {FORCES}
@ETA_COORDINATE { 5.00000e-001}

}

FORCES

MOMENTS


@SENSOR_DEFINITION (User's manual) (Top of File)

@SENSOR_NAME { SensorRotationG } {

@OBJECT_NAME {RotationG}
@SENSOR_TYPE {RELATIVE_ROTATIONS}

}

RELATIVE ROTATION


@TIME_FUNCTION_DEFINITION (User's manual) (Top of File)

@TIME_FUNCTION_NAME { ScheduleRotationG } {

@TIME_FUNCTION_TYPE {HARMONIC}
@HARMONIC_NUMBER { 1}
@AMPLITUDE { -1.57080e+000}
@PERIOD { 0.00000e+000} [sec]
@PHASE { 0.00000e+000}
@HARMONIC_NUMBER { 2}
@AMPLITUDE { 1.57080e+000}
@PERIOD { 8.00000e-001} [sec]
@PHASE { 2.50000e-001}
@START_TIME { 0.00000e+000} [sec]
@END_TIME { 4.00000e-001} [sec]

}

TIME FUNCTION


@INCLUDE_COMMAND (User's manual) (Top of File)

@INCLUDE_COMMAND_NAME { IncludeSectionProperties } {

@ACTIVE_COMMAND {YES}
@LIST_OF_FILE_NAMES {SectionBeamQsbQ.dat,SectionLinkQsbQ.dat,SectionCrankQsbQ.dat}

}


@INCLUDE_COMMAND (User's manual) (Top of File)

@INCLUDE_COMMAND_NAME { IncludeCurves } {

@ACTIVE_COMMAND {YES}
@LIST_OF_FILE_NAMES {../CurveRoundedSquare.dat,../CurveCircle.dat}

}


@GRAPHICAL_PARAMETERS_DEFINITION (User's manual) (Top of File)

@GRAPHICAL_PARAMETERS_NAME { GrfParamBeam } {

@REPRESENTATION_TYPE {MESH}
@COLOR_FOR_CONFIGURATION {SALMON}

}


@GRAPHICAL_PARAMETERS_DEFINITION (User's manual) (Top of File)

@GRAPHICAL_PARAMETERS_NAME { GrfParamLink } {

@REPRESENTATION_TYPE {MESH}
@COLOR_FOR_CONFIGURATION {NAVAJO}

}


@GRAPHICAL_PARAMETERS_DEFINITION (User's manual) (Top of File)

@GRAPHICAL_PARAMETERS_NAME { GrfParamCrank } {

@REPRESENTATION_TYPE {SURFACE}
@COLOR_FOR_CONFIGURATION {MAGENTA}

}


@SHAPE_DEFINITION (User's manual) (Top of File)

@SHAPE_NAME { ShapeBeam } {

@SHAPE_TYPE {CURVE}
@COORDINATE_TYPE {ETA_COORDINATE}
@ETA_COORDINATE { 0.00000e+000}
@CURVE_NAME {CurveRoundedSquare}
@SCALING_FACTOR { 0.00000e+000, 2.00000e-003, 8.00000e-002}
@ORIGIN { 0.00000e+000, 0.00000e+000, 0.00000e+000} [m]

}


@SHAPE_DEFINITION (User's manual) (Top of File)

@SHAPE_NAME { ShapeLink } {

@SHAPE_TYPE {CURVE}
@COORDINATE_TYPE {ETA_COORDINATE}
@ETA_COORDINATE { 0.00000e+000}
@CURVE_NAME {CurveCircle}
@SCALING_FACTOR { 1.00000e-002, 1.00000e-002, 1.00000e-002}
@ORIGIN { 0.00000e+000, 0.00000e+000, 0.00000e+000} [m]

}


@SHAPE_DEFINITION (User's manual) (Top of File)

@SHAPE_NAME { ShapeCrank } {

@SHAPE_TYPE {CURVE}
@COORDINATE_TYPE {ETA_COORDINATE}
@ETA_COORDINATE { 0.00000e+000}
@CURVE_NAME {CurveRoundedSquare}
@SCALING_FACTOR { 1.00000e-001, 1.00000e-002, 1.00000e-002}
@ORIGIN { 0.00000e+000, 0.00000e+000, 0.00000e+000} [m]

}


@FEM_CONTROL_PARAMETERS (User's manual) (Top of File)

@FEM_CONTROL_PARAMETERS_NAME { AnalysisControlParameters } {

@MAXIMUM_NUMBER_OF_TIME_STEPS { 5000}
@SIMULATION_TIME_RANGE { 0.00000e+000, 7.50000e-001} [sec]
@TIME_STEP_SIZE_RANGE { 1.00000e-015, 1.00000e-004} [sec]
@REFERENCE_ENERGY_LEVEL { 5.00000e+002} [J]
@SPECTRAL_RADIUS_AT_INFINITY { 0.00000e+000}

}


@STEP_CONTROL_PARAMETERS (User's manual) (Top of File)

@STEP_CONTROL_PARAMETER_NAME { Step1 } {

@ARCHIVAL_FREQUENCY { 1}
@REUSE_NUMBER { 100000}
@TIME_STEP_SIZE { 5.00000e-004} [sec]
@MAXIMUM_NUMBER_OF_ITERATIONS { 10}
@FACTORIZATION_STRATEGY { 4}
@CONVERGENCE_NORM_TYPE {ENERGY LIKE}
@REFERENCE_LENGTH { 1.00000e+000} [m]
@REFERENCE_FORCE { 1.00000e+000} [N]
@CONVERGENCE_TOLERANCE { 1.00000e-006}
@MAXIMUM_NUMBER_OF_REJECT { 12}
@AVERAGE_STIFFNESS_TERM { 1.00000e+006}
@AVERAGE_MASS_TERM { 1.00000e+000}

}


@GRAPHICS_CONTROL_PARAMETERS (User's manual) (Top of File)

@GRAPHICS_CONTROL_PARAMETERS_NAME { GraphicsControlParameters } {

@TIME_STEP_SIZE { 0.00000e+000} [sec]
@EIGENVECTORS_SCALING_FACTOR { 2.00000e-001}
@MODAL_ANIMATION_CYCLES { 5}
@MODAL_ANIMATION_FRAMES_PER_CYCLE { 50}
@VECTOR_FIELD_TYPE {FORCES}
@VECTOR_FIELD_SCALING_FACTOR { 2.00000e-001}
@VECTOR_FIELD_TYPE {VELOCITIES}
@VECTOR_FIELD_SCALING_FACTOR { 2.00000e-001}

}


@PLOTTING_CONTROL_PARAMETERS (User's manual) (Top of File)

@PLOTTING_CONTROL_PARAMETERS_NAME { PlottingControlParameters } {

@CROSS_PLOT_FORMAT {PNG}
@CROSS_PLOT_SIZE {MEDIUM}
@CROSS_PLOT_FORMAT {EPS}
@CROSS_PLOT_SIZE {MEDIUM}
@MAP_PLOT_FORMAT {PNG}
@MAP_PLOT_SIZE {MEDIUM}
@MAP_PLOT_FORMAT {TRM}
@MAP_PLOT_SIZE {MEDIUM}
@OBJECT_PLOT_FORMAT {PNG}
@OBJECT_PLOT_FORMAT {LARGE}
@SENSOR_PLOT_FORMAT {PNG}
@SENSOR_PLOT_SIZE {LARGE}
@SURVEY_PLOT_FORMAT {PNG}
@SURVEY_PLOT_SIZE {LARGE}
@SENSOR_MEMORY_SIZE { 200}
@MAP_MEMORY_SIZE { 10}

}


@VIEW_PARAMETERS_DEFINITION (User's manual) (Top of File)

@VIEW_PARAMETERS_NAME { ViewParameters } {

@VIEW_REFERENCE_POINT { 0.00000e+000, 0.00000e+000, 0.00000e+000}
@VIEW_SIZE { 0.00000e+000, 0.00000e+000, 0.00000e+000}
@PROJECTION_REFERENCE_POINT { 0.00000e+000, 0.00000e+000, 0.00000e+000}
@PROJECTION_EYE_VECTOR { 0.00000e+000, 0.00000e+000, 0.00000e+000}
@PROJECTION_UP_VECTOR { 0.00000e+000, 0.00000e+000, 0.00000e+000}
@PROJECTION_VIEWPORT { 0.00000e+000, 0.00000e+000, 0.00000e+000, 0.00000e+000}

}


@SECTION_BUILDER_SECTION_DATA (User's manual) (Top of File)

@SECTION_BUILDER_SECTION_NAME { SectionBeam } {

@PROPERTY_DEFINITION_TYPE {SECTION_BUILDER}
@STIFFNESS_MATRIX { 7.30000e+007, 0.00000e+000, 5.02453e+006, 0.00000e+000, -2.48725e-007, 2.33975e+007, 0.00000e+000, -3.75470e-008, -1.80515e-008, 8.77236e+002, -9.85557e-010, 0.00000e+000, 0.00000e+000, 0.00000e+000, 6.08333e+004, 1.45155e-009, 0.00000e+000, 0.00000e+000, 0.00000e+000, 3.69667e-011, 6.08333e+002}
@MASS_PER_UNIT_SPAN { 2.68000e+000} [kg/m]
@MOMENTS_OF_INERTIA { 2.23333e-005, 4.23939e-021, 2.23333e-003} [kg.m^2/m]
@CENTRE_OF_MASS_LOCATION { 3.54520e-019, -5.34602e-018} [m]
@COMMENTS {Generated by SectionBuilder: Version 1.0}
@COMMENTS {Time stamp: Sun Aug 05 20:51:44 2012}

}


@SECTION_BUILDER_RECOVERY_DATA (User's manual) (Top of File)

@SECTION_BUILDER_RECOVERY_NAME { SectionBeam_SensorStressAtPointC1 } {

@SECTION_BUILDER_SECTION_NAME {SectionBeam}
@SECTION_BUILDER_RECOVERY_TYPE {SB_STRESSES}
@SECTION_BUILDER_RECOVERY_MATRIX
[ 1.00000e+003, 0.00000e+000, 0.00000e+000, 0.00000e+000, 6.00000e+004, -6.00000e+005]
[ 0.00000e+000, 2.71226e+001, -2.44869e-002, -1.14415e+003, 0.00000e+000, 0.00000e+000]
[ 0.00000e+000, -1.66588e+003, 4.26511e+000, 7.70154e+004, 0.00000e+000, 0.00000e+000]
[ 7.17576e-012, 0.00000e+000, 0.00000e+000, 0.00000e+000, -1.09681e-010, 4.63866e-008]
[ 5.35449e-012, 0.00000e+000, 0.00000e+000, 0.00000e+000, 4.16571e-010, 2.22440e-007]
[ -1.61598e-011, 0.00000e+000, 0.00000e+000, 0.00000e+000, -3.40354e-010, -3.81085e-008]
@COMMENTS {Generated by SectionBuilder: Version 1.0}
@COMMENTS {Time stamp: Sun Aug 05 20:51:44 2012}

}


@SECTION_BUILDER_RECOVERY_DATA (User's manual) (Top of File)

@SECTION_BUILDER_RECOVERY_NAME { SectionBeam_SensorStressAtPointC2 } {

@SECTION_BUILDER_SECTION_NAME {SectionBeam}
@SECTION_BUILDER_RECOVERY_TYPE {SB_STRESSES}
@SECTION_BUILDER_RECOVERY_MATRIX
[ 1.00000e+003, 0.00000e+000, 0.00000e+000, 0.00000e+000, 6.00000e+004, 6.00000e+005]
[ 0.00000e+000, 2.71226e+001, 2.44869e-002, -1.14415e+003, 0.00000e+000, 0.00000e+000]
[ 0.00000e+000, 1.66588e+003, 4.26511e+000, -7.70154e+004, 0.00000e+000, 0.00000e+000]
[ 1.70940e-012, 0.00000e+000, 0.00000e+000, 0.00000e+000, -7.87990e-011, 1.46192e-008]
[ 1.61555e-012, 0.00000e+000, 0.00000e+000, 0.00000e+000, -2.54843e-011, -8.35655e-008]
[ -1.04609e-013, 0.00000e+000, 0.00000e+000, 0.00000e+000, 2.55346e-010, 3.29909e-009]
@COMMENTS {Generated by SectionBuilder: Version 1.0}
@COMMENTS {Time stamp: Sun Aug 05 20:51:44 2012}

}


@SECTION_BUILDER_RECOVERY_DATA (User's manual) (Top of File)

@SECTION_BUILDER_RECOVERY_NAME { SectionBeam_SensorStressAtPointC3 } {

@SECTION_BUILDER_SECTION_NAME {SectionBeam}
@SECTION_BUILDER_RECOVERY_TYPE {SB_STRESSES}
@SECTION_BUILDER_RECOVERY_MATRIX
[ 1.00000e+003, 0.00000e+000, 0.00000e+000, 0.00000e+000, -6.00000e+004, 6.00000e+005]
[ 0.00000e+000, 2.71226e+001, -2.44869e-002, 1.14415e+003, 0.00000e+000, 0.00000e+000]
[ 0.00000e+000, -1.66588e+003, 4.26511e+000, -7.70154e+004, 0.00000e+000, 0.00000e+000]
[ 1.06445e-011, 0.00000e+000, 0.00000e+000, 0.00000e+000, -6.94566e-010, -1.36388e-007]
[ 6.09031e-012, 0.00000e+000, 0.00000e+000, 0.00000e+000, -4.10032e-010, -8.68339e-009]
[ 1.58636e-011, 0.00000e+000, 0.00000e+000, 0.00000e+000, -6.03932e-010, 4.40123e-009]
@COMMENTS {Generated by SectionBuilder: Version 1.0}
@COMMENTS {Time stamp: Sun Aug 05 20:51:44 2012}

}


@SECTION_BUILDER_RECOVERY_DATA (User's manual) (Top of File)

@SECTION_BUILDER_RECOVERY_NAME { SectionBeam_SensorStressAtPointC4 } {

@SECTION_BUILDER_SECTION_NAME {SectionBeam}
@SECTION_BUILDER_RECOVERY_TYPE {SB_STRESSES}
@SECTION_BUILDER_RECOVERY_MATRIX
[ 1.00000e+003, 0.00000e+000, 0.00000e+000, 0.00000e+000, -6.00000e+004, -6.00000e+005]
[ 0.00000e+000, 2.71226e+001, 2.44869e-002, 1.14415e+003, 0.00000e+000, 0.00000e+000]
[ 0.00000e+000, 1.66588e+003, 4.26511e+000, 7.70154e+004, 0.00000e+000, 0.00000e+000]
[ 1.07603e-011, 0.00000e+000, 0.00000e+000, 0.00000e+000, -2.85906e-010, 5.43925e-008]
[ 1.66345e-011, 0.00000e+000, 0.00000e+000, 0.00000e+000, -2.46518e-010, 3.10953e-009]
[ -2.99176e-011, 0.00000e+000, 0.00000e+000, 0.00000e+000, -5.77210e-010, 1.46036e-008]
@COMMENTS {Generated by SectionBuilder: Version 1.0}
@COMMENTS {Time stamp: Sun Aug 05 20:51:44 2012}

}


@SECTION_BUILDER_RECOVERY_DATA (User's manual) (Top of File)

@SECTION_BUILDER_RECOVERY_NAME { SectionBeam_SensorStressAtPointM1 } {

@SECTION_BUILDER_SECTION_NAME {SectionBeam}
@SECTION_BUILDER_RECOVERY_TYPE {SB_STRESSES}
@SECTION_BUILDER_RECOVERY_MATRIX
[ 1.00000e+003, 0.00000e+000, 0.00000e+000, 0.00000e+000, 6.00000e+004, 1.09638e-007]
[ 0.00000e+000, 5.80487e+003, 5.22656e-004, -2.14912e+005, 0.00000e+000, 0.00000e+000]
[ 0.00000e+000, -1.75074e-001, 2.74880e+000, 8.09385e+000, 0.00000e+000, 0.00000e+000]
[ 1.59073e-011, 0.00000e+000, 0.00000e+000, 0.00000e+000, 6.27383e-010, 3.57890e-007]
[ -1.11224e-011, 0.00000e+000, 0.00000e+000, 0.00000e+000, -2.94887e-010, 2.76734e-008]
[ 1.28150e-012, 0.00000e+000, 0.00000e+000, 0.00000e+000, -1.47004e-011, 1.55832e-008]
@COMMENTS {Generated by SectionBuilder: Version 1.0}
@COMMENTS {Time stamp: Sun Aug 05 20:51:44 2012}

}


@SECTION_BUILDER_RECOVERY_DATA (User's manual) (Top of File)

@SECTION_BUILDER_RECOVERY_NAME { SectionBeam_SensorStressAtPointM2 } {

@SECTION_BUILDER_SECTION_NAME {SectionBeam}
@SECTION_BUILDER_RECOVERY_TYPE {SB_STRESSES}
@SECTION_BUILDER_RECOVERY_MATRIX
[ 1.00000e+003, 0.00000e+000, 0.00000e+000, 0.00000e+000, 5.72505e-010, 6.00000e+005]
[ 0.00000e+000, 2.37417e+000, 6.90158e-009, -3.18160e-004, 0.00000e+000, 0.00000e+000]
[ 0.00000e+000, -4.06439e-004, 1.50539e+003, -3.20061e+005, 0.00000e+000, 0.00000e+000]
[ 1.48699e-012, 0.00000e+000, 0.00000e+000, 0.00000e+000, 1.63836e-012, 2.43725e-008]
[ 3.06484e-011, 0.00000e+000, 0.00000e+000, 0.00000e+000, 3.07270e-009, -5.92453e-006]
[ -3.41308e-012, 0.00000e+000, 0.00000e+000, 0.00000e+000, 4.84520e-011, 2.35549e-008]
@COMMENTS {Generated by SectionBuilder: Version 1.0}
@COMMENTS {Time stamp: Sun Aug 05 20:51:44 2012}

}


@SECTION_BUILDER_RECOVERY_DATA (User's manual) (Top of File)

@SECTION_BUILDER_RECOVERY_NAME { SectionBeam_SensorStressAtPointM3 } {

@SECTION_BUILDER_SECTION_NAME {SectionBeam}
@SECTION_BUILDER_RECOVERY_TYPE {SB_STRESSES}
@SECTION_BUILDER_RECOVERY_MATRIX
[ 1.00000e+003, 0.00000e+000, 0.00000e+000, 0.00000e+000, -6.00000e+004, -2.48786e-008]
[ 0.00000e+000, 5.80487e+003, -5.22656e-004, 2.14912e+005, 0.00000e+000, 0.00000e+000]
[ 0.00000e+000, 1.75074e-001, 2.74880e+000, 8.09385e+000, 0.00000e+000, 0.00000e+000]
[ 1.61548e-011, 0.00000e+000, 0.00000e+000, 0.00000e+000, -1.10020e-010, -4.78326e-008]
[ 3.61473e-012, 0.00000e+000, 0.00000e+000, 0.00000e+000, -1.06818e-010, -3.93084e-008]
[ -1.02958e-011, 0.00000e+000, 0.00000e+000, 0.00000e+000, 3.75705e-010, 4.88070e-008]
@COMMENTS {Generated by SectionBuilder: Version 1.0}
@COMMENTS {Time stamp: Sun Aug 05 20:51:44 2012}

}


@SECTION_BUILDER_RECOVERY_DATA (User's manual) (Top of File)

@SECTION_BUILDER_RECOVERY_NAME { SectionBeam_SensorStressAtPointM4 } {

@SECTION_BUILDER_SECTION_NAME {SectionBeam}
@SECTION_BUILDER_RECOVERY_TYPE {SB_STRESSES}
@SECTION_BUILDER_RECOVERY_MATRIX
[ 1.00000e+003, 0.00000e+000, 0.00000e+000, 0.00000e+000, -4.25326e-010, -6.00000e+005]
[ 0.00000e+000, 2.37417e+000, -6.77499e-009, -3.18161e-004, 0.00000e+000, 0.00000e+000]
[ 0.00000e+000, 4.06438e-004, 1.50539e+003, 3.20061e+005, 0.00000e+000, 0.00000e+000]
[ 8.24577e-012, 0.00000e+000, 0.00000e+000, 0.00000e+000, 2.28598e-011, -3.17417e-009]
[ -1.78650e-010, 0.00000e+000, 0.00000e+000, 0.00000e+000, -2.70439e-009, 5.86992e-006]
[ -1.40934e-012, 0.00000e+000, 0.00000e+000, 0.00000e+000, 6.00305e-011, 2.21042e-008]
@COMMENTS {Generated by SectionBuilder: Version 1.0}
@COMMENTS {Time stamp: Sun Aug 05 20:51:44 2012}

}


@SECTION_BUILDER_SECTION_DATA (User's manual) (Top of File)

@SECTION_BUILDER_SECTION_NAME { SectionLink } {

@PROPERTY_DEFINITION_TYPE {SECTION_BUILDER}
@STIFFNESS_MATRIX { 3.30242e+007, 0.00000e+000, 1.08050e+007, 0.00000e+000, 1.38264e-008, 1.08050e+007, 0.00000e+000, -2.72368e-012, -1.39994e-012, 9.14510e+002, -7.89774e-010, 0.00000e+000, 0.00000e+000, 0.00000e+000, 1.18887e+003, 9.22151e-010, 0.00000e+000, 0.00000e+000, 0.00000e+000, -2.31318e-012, 1.18887e+003}
@MASS_PER_UNIT_SPAN { 1.21240e+000} [kg/m]
@MOMENTS_OF_INERTIA { 4.36460e-005, 6.02474e-021, 4.36460e-005} [kg.m^2/m]
@CENTRE_OF_MASS_LOCATION { -1.53902e-019, 4.21769e-019} [m]
@COMMENTS {Generated by SectionBuilder: Version 1.0}
@COMMENTS {Time stamp: Thu Oct 31 15:59:51 2013}

}


@SECTION_BUILDER_SECTION_DATA (User's manual) (Top of File)

@SECTION_BUILDER_SECTION_NAME { SectionCrank } {

@PROPERTY_DEFINITION_TYPE {SECTION_BUILDER}
@STIFFNESS_MATRIX { 1.32097e+008, 0.00000e+000, 4.32201e+007, 0.00000e+000, -9.52680e-009, 4.32201e+007, 0.00000e+000, 1.80471e-012, -4.77235e-012, 1.46322e+004, 1.14221e-010, 0.00000e+000, 0.00000e+000, 0.00000e+000, 1.90219e+004, 5.81920e-011, 0.00000e+000, 0.00000e+000, 0.00000e+000, 3.12261e-012, 1.90219e+004}
@MASS_PER_UNIT_SPAN { 4.84958e+000} [kg/m]
@MOMENTS_OF_INERTIA { 6.98335e-004, 9.63958e-020, 6.98335e-004} [kg.m^2/m]
@CENTRE_OF_MASS_LOCATION { -3.07805e-019, 8.43538e-019} [m]
@COMMENTS {Generated by SectionBuilder: Version 1.0}
@COMMENTS {Time stamp: Sun Aug 05 20:51:51 2012}

}


@CURVE_DEFINITION (User's manual) (Top of File)

@CURVE_NAME { CurveRoundedSquare } {

@IS_DEFINED_IN_FRAME {INERTIAL}

@POINT_DEFINITION {

@NUMBER_OF_CONTROL_POINTS { 25}
@DEGREE_OF_CURVE { 3}
@RATIONAL_CURVE_FLAG {YES}
@COORDINATES { 0.00000e+000, 2.50000e-001, 5.00000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, 1.25000e-001, 5.00000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, -1.25000e-001, 5.00000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, -2.50000e-001, 5.00000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, -3.96447e-001, 5.00000e-001, 8.04738e-001} [m]
@COORDINATES { 0.00000e+000, -5.00000e-001, 3.96447e-001, 8.04738e-001} [m]
@COORDINATES { 0.00000e+000, -5.00000e-001, 2.50000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, -5.00000e-001, 1.25000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, -5.00000e-001, -1.25000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, -5.00000e-001, -2.50000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, -5.00000e-001, -3.96447e-001, 8.04738e-001} [m]
@COORDINATES { 0.00000e+000, -3.96447e-001, -5.00000e-001, 8.04738e-001} [m]
@COORDINATES { 0.00000e+000, -2.50000e-001, -5.00000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, -1.25000e-001, -5.00000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, 1.25000e-001, -5.00000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, 2.50000e-001, -5.00000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, 3.96447e-001, -5.00000e-001, 8.04738e-001} [m]
@COORDINATES { 0.00000e+000, 5.00000e-001, -3.96447e-001, 8.04738e-001} [m]
@COORDINATES { 0.00000e+000, 5.00000e-001, -2.50000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, 5.00000e-001, -1.25000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, 5.00000e-001, 1.25000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, 5.00000e-001, 2.50000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, 5.00000e-001, 3.96447e-001, 8.04738e-001} [m]
@COORDINATES { 0.00000e+000, 3.96447e-001, 5.00000e-001, 8.04738e-001} [m]
@COORDINATES { 0.00000e+000, 2.50000e-001, 5.00000e-001, 1.00000e+000} [m]

}

@KNOT_SEQUENCE_DEFINITION {

@KNOT_SEQUENCE {
0.00000e+000, 0.00000e+000, 0.00000e+000, 0.00000e+000, 1.25000e-001, 1.25000e-001, 1.25000e-001, 2.50000e-001, 2.50000e-001, 2.50000e-001, 3.75000e-001, 3.75000e-001, 3.75000e-001, 5.00000e-001, 5.00000e-001, 5.00000e-001, 6.25000e-001, 6.25000e-001, 6.25000e-001, 7.50000e-001, 7.50000e-001, 7.50000e-001, 8.75000e-001, 8.75000e-001, 8.75000e-001, 1.00000e+000, 1.00000e+000, 1.00000e+000, 1.00000e+000}

}

}

CURVE (X1 X2 VIEW)

CURVE (X1 X3 VIEW)

CURVE (X2 X3 VIEW)


@CURVE_DEFINITION (User's manual) (Top of File)

@CURVE_NAME { CurveCircle } {

@IS_DEFINED_IN_FRAME {INERTIAL}

@POINT_DEFINITION {

@NUMBER_OF_CONTROL_POINTS { 10}
@DEGREE_OF_CURVE { 3}
@RATIONAL_CURVE_FLAG {YES}
@COORDINATES { 0.00000e+000, 0.00000e+000, -1.00000e+000, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, -8.66025e-001, -1.00000e+000, 6.66667e-001} [m]
@COORDINATES { 0.00000e+000, -1.29904e+000, -2.50000e-001, 6.66667e-001} [m]
@COORDINATES { 0.00000e+000, -8.66025e-001, 5.00000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, -4.33013e-001, 1.25000e+000, 6.66667e-001} [m]
@COORDINATES { 0.00000e+000, 4.33013e-001, 1.25000e+000, 6.66667e-001} [m]
@COORDINATES { 0.00000e+000, 8.66025e-001, 5.00000e-001, 1.00000e+000} [m]
@COORDINATES { 0.00000e+000, 1.29904e+000, -2.50000e-001, 6.66667e-001} [m]
@COORDINATES { 0.00000e+000, 8.66025e-001, -1.00000e+000, 6.66667e-001} [m]
@COORDINATES { 0.00000e+000, 0.00000e+000, -1.00000e+000, 1.00000e+000} [m]

}

@KNOT_SEQUENCE_DEFINITION {

@KNOT_SEQUENCE {
0.00000e+000, 0.00000e+000, 0.00000e+000, 0.00000e+000, 3.33333e-001, 3.33333e-001, 3.33333e-001, 6.66667e-001, 6.66667e-001, 6.66667e-001, 1.00000e+000, 1.00000e+000, 1.00000e+000, 1.00000e+000}

}

}

CURVE (X1 X2 VIEW)

CURVE (X1 X3 VIEW)

CURVE (X2 X3 VIEW)