complexType FrictionDataType

diagram
namespace	http://www.plmxml.org/Schemas/PLMXMLSchema
type	extension of plm:AttribOwnerBase
properties	base  plm:AttribOwnerBase
children	plm:Description plm:ApplicationRef plm:Attribute
used by	element  FrictionData
attributes	Name   Type   Use   Default   Fixed   Annotation id   xsd:ID   optional         name   xsd:string   optional         nameRef   plm:anyURIType   optional         descriptionTextRef   plm:anyURIType   optional         attributeRefs   xsd:IDREFS   optional         yokeRef   plm:anyURIType   optional         initialOverlap   xsd:double   optional         overlapDelta   plm:JointOverlapDeltaEnum   optional         innerRadius   xsd:double   optional         ballRadius   xsd:double   optional         bendingReactionArm   xsd:double   optional         frictionArm   xsd:double   optional         reactionArm   xsd:double   optional         frictionalPreloadForce   xsd:double   optional         frictionalPreloadTorque   xsd:double   optional         preload   xsd:boolean      true      reactionForce   xsd:boolean      true      bendingMoment   xsd:boolean      true      torsionalMoment   xsd:boolean      true      staticAnalysis   xsd:boolean      true      staticCoefficient   xsd:double      0.0      dynamicCoefficient   xsd:double      0.0      staticTransitionSpeed   xsd:double   optional         dynamicTransitionSpeed   xsd:double   optional         maximumDisplacement   xsd:double   optional         staticFriction   xsd:boolean      true      dynamicFriction   xsd:boolean      true
annotation	documentation             Additional data for a Friction Constraint. Two FrictionData sub-elements are allowed in a             Constraint, ConstraintInstance or ConstraintOccurrence element.             Attributes:             id:             Inherited from AttribOwner.             name:           Inherited from AttribOwner.             yokeRef:        References one of the ConstraintTargetRef elements, which references one of the                             Markers of a universal Joint.             initialOverlap: The initial overlap of a translational or cylindrical Joint in SI units,                             currently metres.             overlapDelta:   Whether the overlap increases, decreases or remains constant as a                             JointOverlapDeltaEnum.             innerRadius:    The radius of the pin of a revolute, cylindrical or universal Joint in SI                             units, currently metres.             ballRadius:     The radius of the ball of a spherical Joint in SI units, currently metres.             bendingReactionArm: The effective moment arm of the reaction torque due to bending the pin of a                             revolute, cylindrical or universal Joint in SI units, currently metres.             frictionArm:    The effective moment arm of the frictional torque at the end of the pin of a                             revolute, cylindrical or universal Joint in SI units, currently metres.             reactionArm:    The effective moment arm of the reaction torque due to twisting a translational                             Joint around its degree of freedom in SI units, currently metres.             frictionalPreloadForce: The frictional preload force in SI units, currently newtons.             frictionalPreloadTorque: The frictional preload torque in SI units, currently newton metres.             preload:        Whether the preload force and the preload torque contribute to the friction                             model. The default is true, which means the preload force and preload torque                             are on by default.             reactionForce:  Whether the Joint reaction forces contribute to the friction model. The default                             is true, which means the Joint reaction forces are on by default.             bendingMoment:  Whether the bending moment due to bending the pin of a revolute, cylindrical                             or universal Joint contributes to the friction model. The default is true,                             which means the bending moment is on by default.             torsionalMoment: Whether the torsional moment due to twisting a translational Joint around                             its degree of freedom contributes to the friction model. The default is true,                             which means the torsional moment is on by default.             staticAnalysis: Whether friction is considered in a static solution. The default is true, which                             means friction is on by default.             staticCoefficient: The coefficient of static friction. This is a dimensionless quantity. The                             default is 0.0.             dynamicCoefficient: The coefficient of dynamic friction. This is a dimensionless quantity. The                             default is 0.0.             staticTransitionSpeed: The surface speed at which the transition from static friction to                             dynamic friction begins in SI units, currently metres per second. The effective                             coefficient of friction equals the coefficient of static friction.             dynamicTransitionSpeed: The surface speed at which the transition from static friction to                             dynamic friction ends in SI units, currently metres per second. The effective                             coefficient of friction equals the coefficient of dynamic friction.             maximumDisplacement: The maximum surface displacement allowed during static friction due to the                             creep of a Joint in SI units, currently metres.             staticFriction: Whether the static friction contributes to the friction model. The default                             is true, which means the static friction is on by default.             dynamicFriction: Whether the dynamic friction contributes to the friction model. The default                             is true, which means the dynamic friction is on by default.
source	<xsd:complexType name="FrictionDataType">   <xsd:annotation>     <xsd:documentation>             Additional data for a Friction Constraint. Two FrictionData sub-elements are allowed in a             Constraint, ConstraintInstance or ConstraintOccurrence element.             Attributes:             id:             Inherited from AttribOwner.             name:           Inherited from AttribOwner.             yokeRef:        References one of the ConstraintTargetRef elements, which references one of the                             Markers of a universal Joint.             initialOverlap: The initial overlap of a translational or cylindrical Joint in SI units,                             currently metres.             overlapDelta:   Whether the overlap increases, decreases or remains constant as a                             JointOverlapDeltaEnum.             innerRadius:    The radius of the pin of a revolute, cylindrical or universal Joint in SI                             units, currently metres.             ballRadius:     The radius of the ball of a spherical Joint in SI units, currently metres.             bendingReactionArm: The effective moment arm of the reaction torque due to bending the pin of a                             revolute, cylindrical or universal Joint in SI units, currently metres.             frictionArm:    The effective moment arm of the frictional torque at the end of the pin of a                             revolute, cylindrical or universal Joint in SI units, currently metres.             reactionArm:    The effective moment arm of the reaction torque due to twisting a translational                             Joint around its degree of freedom in SI units, currently metres.             frictionalPreloadForce: The frictional preload force in SI units, currently newtons.             frictionalPreloadTorque: The frictional preload torque in SI units, currently newton metres.             preload:        Whether the preload force and the preload torque contribute to the friction                             model. The default is true, which means the preload force and preload torque                             are on by default.             reactionForce:  Whether the Joint reaction forces contribute to the friction model. The default                             is true, which means the Joint reaction forces are on by default.             bendingMoment:  Whether the bending moment due to bending the pin of a revolute, cylindrical                             or universal Joint contributes to the friction model. The default is true,                             which means the bending moment is on by default.             torsionalMoment: Whether the torsional moment due to twisting a translational Joint around                             its degree of freedom contributes to the friction model. The default is true,                             which means the torsional moment is on by default.             staticAnalysis: Whether friction is considered in a static solution. The default is true, which                             means friction is on by default.             staticCoefficient: The coefficient of static friction. This is a dimensionless quantity. The                             default is 0.0.             dynamicCoefficient: The coefficient of dynamic friction. This is a dimensionless quantity. The                             default is 0.0.             staticTransitionSpeed: The surface speed at which the transition from static friction to                             dynamic friction begins in SI units, currently metres per second. The effective                             coefficient of friction equals the coefficient of static friction.             dynamicTransitionSpeed: The surface speed at which the transition from static friction to                             dynamic friction ends in SI units, currently metres per second. The effective                             coefficient of friction equals the coefficient of dynamic friction.             maximumDisplacement: The maximum surface displacement allowed during static friction due to the                             creep of a Joint in SI units, currently metres.             staticFriction: Whether the static friction contributes to the friction model. The default                             is true, which means the static friction is on by default.             dynamicFriction: Whether the dynamic friction contributes to the friction model. The default                             is true, which means the dynamic friction is on by default.           </xsd:documentation>   </xsd:annotation>   <xsd:complexContent>     <xsd:extension base="plm:AttribOwnerBase">       <xsd:attribute name="yokeRef" type="plm:anyURIType" use="optional" plm:refType="plm:ConstraintTargetRef"/>       <xsd:attribute name="initialOverlap" type="xsd:double" use="optional"/>       <xsd:attribute name="overlapDelta" type="plm:JointOverlapDeltaEnum" use="optional"/>       <xsd:attribute name="innerRadius" type="xsd:double" use="optional"/>       <xsd:attribute name="ballRadius" type="xsd:double" use="optional"/>       <xsd:attribute name="bendingReactionArm" type="xsd:double" use="optional"/>       <xsd:attribute name="frictionArm" type="xsd:double" use="optional"/>       <xsd:attribute name="reactionArm" type="xsd:double" use="optional"/>       <xsd:attribute name="frictionalPreloadForce" type="xsd:double" use="optional"/>       <xsd:attribute name="frictionalPreloadTorque" type="xsd:double" use="optional"/>       <xsd:attribute name="preload" type="xsd:boolean" default="true"/>       <xsd:attribute name="reactionForce" type="xsd:boolean" default="true"/>       <xsd:attribute name="bendingMoment" type="xsd:boolean" default="true"/>       <xsd:attribute name="torsionalMoment" type="xsd:boolean" default="true"/>       <xsd:attribute name="staticAnalysis" type="xsd:boolean" default="true"/>       <xsd:attribute name="staticCoefficient" type="xsd:double" default="0.0"/>       <xsd:attribute name="dynamicCoefficient" type="xsd:double" default="0.0"/>       <xsd:attribute name="staticTransitionSpeed" type="xsd:double" use="optional"/>       <xsd:attribute name="dynamicTransitionSpeed" type="xsd:double" use="optional"/>       <xsd:attribute name="maximumDisplacement" type="xsd:double" use="optional"/>       <xsd:attribute name="staticFriction" type="xsd:boolean" default="true"/>       <xsd:attribute name="dynamicFriction" type="xsd:boolean" default="true"/>     </xsd:extension>   </xsd:complexContent> </xsd:complexType>

attribute FrictionDataType/@yokeRef

type	plm:anyURIType
properties	use  optional
source	<xsd:attribute name="yokeRef" type="plm:anyURIType" use="optional" plm:refType="plm:ConstraintTargetRef"/>

attribute FrictionDataType/@initialOverlap

type	xsd:double
properties	use  optional
source	<xsd:attribute name="initialOverlap" type="xsd:double" use="optional"/>

attribute FrictionDataType/@overlapDelta

type	plm:JointOverlapDeltaEnum
properties	use  optional
facets	Kind  Value  Annotation enumeration  increase enumeration  decrease enumeration  constant
source	<xsd:attribute name="overlapDelta" type="plm:JointOverlapDeltaEnum" use="optional"/>

attribute FrictionDataType/@innerRadius

type	xsd:double
properties	use  optional
source	<xsd:attribute name="innerRadius" type="xsd:double" use="optional"/>

attribute FrictionDataType/@ballRadius

type	xsd:double
properties	use  optional
source	<xsd:attribute name="ballRadius" type="xsd:double" use="optional"/>

attribute FrictionDataType/@bendingReactionArm

type	xsd:double
properties	use  optional
source	<xsd:attribute name="bendingReactionArm" type="xsd:double" use="optional"/>

attribute FrictionDataType/@frictionArm

type	xsd:double
properties	use  optional
source	<xsd:attribute name="frictionArm" type="xsd:double" use="optional"/>

attribute FrictionDataType/@reactionArm

type	xsd:double
properties	use  optional
source	<xsd:attribute name="reactionArm" type="xsd:double" use="optional"/>

attribute FrictionDataType/@frictionalPreloadForce

type	xsd:double
properties	use  optional
source	<xsd:attribute name="frictionalPreloadForce" type="xsd:double" use="optional"/>

attribute FrictionDataType/@frictionalPreloadTorque

type	xsd:double
properties	use  optional
source	<xsd:attribute name="frictionalPreloadTorque" type="xsd:double" use="optional"/>

attribute FrictionDataType/@preload

type	xsd:boolean
properties	default  true
source	<xsd:attribute name="preload" type="xsd:boolean" default="true"/>

attribute FrictionDataType/@reactionForce

type	xsd:boolean
properties	default  true
source	<xsd:attribute name="reactionForce" type="xsd:boolean" default="true"/>

attribute FrictionDataType/@bendingMoment

type	xsd:boolean
properties	default  true
source	<xsd:attribute name="bendingMoment" type="xsd:boolean" default="true"/>

attribute FrictionDataType/@torsionalMoment

type	xsd:boolean
properties	default  true
source	<xsd:attribute name="torsionalMoment" type="xsd:boolean" default="true"/>

attribute FrictionDataType/@staticAnalysis

type	xsd:boolean
properties	default  true
source	<xsd:attribute name="staticAnalysis" type="xsd:boolean" default="true"/>

attribute FrictionDataType/@staticCoefficient

type	xsd:double
properties	default  0.0
source	<xsd:attribute name="staticCoefficient" type="xsd:double" default="0.0"/>

attribute FrictionDataType/@dynamicCoefficient

type	xsd:double
properties	default  0.0
source	<xsd:attribute name="dynamicCoefficient" type="xsd:double" default="0.0"/>

attribute FrictionDataType/@staticTransitionSpeed

type	xsd:double
properties	use  optional
source	<xsd:attribute name="staticTransitionSpeed" type="xsd:double" use="optional"/>

attribute FrictionDataType/@dynamicTransitionSpeed

type	xsd:double
properties	use  optional
source	<xsd:attribute name="dynamicTransitionSpeed" type="xsd:double" use="optional"/>

attribute FrictionDataType/@maximumDisplacement

type	xsd:double
properties	use  optional
source	<xsd:attribute name="maximumDisplacement" type="xsd:double" use="optional"/>

attribute FrictionDataType/@staticFriction

type	xsd:boolean
properties	default  true
source	<xsd:attribute name="staticFriction" type="xsd:boolean" default="true"/>

attribute FrictionDataType/@dynamicFriction

type	xsd:boolean
properties	default  true
source	<xsd:attribute name="dynamicFriction" type="xsd:boolean" default="true"/>

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