rotorHubHingeType

Attributes

Name	Type	Use	Description
`@externalDataDirectory`	`xsd:string`	optional	Directory of the external data file
`@externalDataNodePath`	`xsd:string`	optional	Path of the node inside the external data file
`@externalFileName`	`xsd:string`	optional	Name of the external data file
`@uID`	`xsd:ID`	required	UID

Name	Type	Constraints	OccurrenceHow often the element may appear at this place. The schema writes it as minOccurs and maxOccurs on the declaration.	Description
allThe children below may appear in any order. Each may appear at most once.
`name`	`stringBaseType`		[0..1] optional	Name
`description`	`stringBaseType`		[0..1] optional	Description
`transformation`	`transformationType`		[1..1] required	Position and orientation
`type`	`xsd:string`	3 values	[1..1] required	Hinge type. Possible values: "flap", "pitch" "leadLag". This is used to define the rotation axis of the hinge (flap = y-axis in blade cs, pitch = x-axis in blade cs, lead-lag = z-axis in blade cs).
`neutralPosition`	`doubleBaseType`		[0..1] optional	The angle (in deg) at which the hinge is in neutral position. This element is normally used to define precone or prelag angles of the attached blade. Defaults to 0.
`staticStiffness`	`doubleBaseType`		[0..1] optional	Static stiffness of the hinge in (N/m) for linear hinges and (N.m/deg) for angular hinges. Default value: +inf (statically rigid hinge)
`dynamicStiffness`	`doubleBaseType`		[0..1] optional	Dynamic stiffness of the hinge in (N/m) for linear hinges and (N.m/deg) for angular hinges. Default value: +inf (statically rigid hinge)
`damping`	`doubleBaseType`		[0..1] optional	Damping of the hinge in (N/(m/s)) for linear hinges and (N.m/(deg/s)) for angular hinges. Default value: +inf.