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NXOpen .NET Reference Guide
1899
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NXOpen .NET Reference Guide
1899
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Represents a TirePropertyAdvancedParameters builder More...
Public Types | |
| enum | ContactType { Function, Profile } |
| The block type can be Function when a spline curve is used or Profile when a profile is used. More... | |
| enum | FrictType { Function, Profile } |
| The block type can be Function when a spline curve is used or Profile when a profile is used. More... | |
| enum | RollingType { None, Bias, Belted } |
| the rolling radius type. More... | |
| enum | SurfType { Simple, Hard, Soil, VelFrictCurve, FrictCurve, VelFrictSurface, FrictSurface } |
| the type of surface interaction calculations used. More... | |
Public Member Functions | |
| unsafe bool | Validate () |
| Validate whether the inputs to the component are sufficient for commit to be called. More... | |
 Public Member Functions inherited from NXOpen.TaggedObject | |
| void | PrintTestData (String variableName) |
| <exclude> More... | |
| void | PrintTestData (String variableName, int lineNumber) |
| <exclude> More... | |
| override string | ToString () |
| Returns a String that represents the current Object. More... | |
| Public Member Functions inherited from NXOpen.Utilities.NXRemotableObject | |
| IMessageCtrl | AsyncProcessMessage (IMessage msg, IMessageSink replySink) |
| Asynchronously processes the given message. More... | |
| IMessage | SyncProcessMessage (IMessage msg) |
| Synchronously processes the given message. More... | |
Properties | |
| unsafe NXOpen.Expression | AligningMomentArm [get] |
| Returns the aligning moment arm. More... | |
| unsafe NXOpen.Expression | ConeIndex [get] |
| Returns the cone index. More... | |
| unsafe NXOpen.Motion.MotionFunction | ContactAreaFunction [get, set] |
| Returns or sets the contact area function. More... | |
| unsafe NXOpen.Motion.SelectFieldData | ContactAreaProfile [get] |
| Returns the Contact Area Profile. More... | |
| unsafe NXOpen.Motion.TirePropertyAdvancedParameters.ContactType | ContactAreaType [get, set] |
| Returns or sets the contact area type. More... | |
| unsafe bool | DistributedContact [get, set] |
| Returns or sets the distributed contact More... | |
| unsafe NXOpen.Motion.MotionFunction | FrictionFunction [get, set] |
| Returns or sets the friction function. More... | |
| unsafe NXOpen.Motion.SelectFieldData | FrictionProfile [get] |
| Returns the friction Profile. More... | |
| unsafe string | FrictionSurfaceFile [get, set] |
| Returns or sets the friction surface file More... | |
| unsafe NXOpen.Motion.SelectFieldData | FrictionSurfaceProfile [get] |
| Returns the friction surface profile More... | |
| unsafe NXOpen.Motion.TirePropertyAdvancedParameters.FrictType | FrictionType [get, set] |
| Returns or sets the friction type. More... | |
| unsafe NXOpen.Expression | NumDivisions [get] |
| Returns the number of divisions. More... | |
| unsafe NXOpen.Expression | RelaxationLength [get] |
| Returns the relaxation length. More... | |
| unsafe NXOpen.Motion.TirePropertyAdvancedParameters.RollingType | RollingRadiusType [get, set] |
| Returns or sets the rolling radius type. More... | |
| unsafe NXOpen.Expression | RollingRadiusValue [get] |
| Returns the rolling radius of the tire. More... | |
| unsafe NXOpen.Expression | SectionHeight [get] |
| Returns the section height. More... | |
| unsafe NXOpen.Expression | SectionWidth [get] |
| Returns the section width. More... | |
| unsafe bool | StaticHold [get, set] |
| Returns or sets the static hold. More... | |
| unsafe NXOpen.Motion.TirePropertyAdvancedParameters.SurfType | SurfaceType [get, set] |
| Returns or sets the surface type. More... | |
| unsafe NXOpen.Expression | TransDampingDeflection [get] |
| Returns the transitional damping deflection. More... | |
| Properties inherited from NXOpen.TaggedObject | |
| Tag | Tag [get] |
| Returns the tag of this object. More... | |
| Properties inherited from NXOpen.Utilities.NXRemotableObject | |
| IMessageSink | NextSink [get] |
| Gets the next message sink in the sink chain. More... | |
Additional Inherited Members | |
| Protected Member Functions inherited from NXOpen.TaggedObject | |
| new void | initialize () |
| <exclude> More... | |
Represents a TirePropertyAdvancedParameters builder
Created in NX11.0.0
the type of surface interaction calculations used.
If type Simple is selected, the longitudinal friction coefficient is a function of the rolling slip only. If type Hard is selected, the longitudinal friction coefficient is a function of the rolling slip, section width, and the surface hardness. If type Soil is selected, the longitudinal friction coefficient is a function of the rolling slip, section width, section height, and the cone index. If FrictCurve (Rolling Slip Friction Curve) is selected, a curve is used to describe the longitudinal friction coefficient as a function of rolling slip (using the friction coefficient parameter from Standard Tire Property). If VelFrictCurve (Rolling Slip Velocity Friction Curve) is selected, a curve is used to describe the longitudinal friction coefficient as a function of tirepatch rolling slip velocity (using the friction coefficient parameter from the TirePropertyBasicParameters) If FrictSurface or VelFrictSurface are selected, spline surface from data table files are used instead of curves. In this case an additional contact area curve can be selected. If Soil is selected, the rolling resistance is calculated as part of the longitudinal friction coefficient formula; in all other case, the nominal rolling resistance coefficient (Rolling Resistence variable) is used.
| Enumerator | |
|---|---|
| Simple | |
| Hard | |
| Soil | |
| VelFrictCurve | |
| FrictCurve | |
| VelFrictSurface | |
| FrictSurface | |
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inline |
Validate whether the inputs to the component are sufficient for commit to be called.
If the component is not in a state to commit then an exception is thrown. For example, if the component requires you to set some property, this method will throw an exception if you haven't set it. This method throws a not-yet-implemented NXException for some components.
Created in NX3.0.1
License requirements: None.
Implements NXOpen.GeometricUtilities.IComponentBuilder.
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get |
Returns the aligning moment arm.
This parameter is only used in the Motion.TirePropertyBasic . It is produced about the tire vertical axis using this coefficient and the lateral force acting at the tire/road interface.
Created in NX11.0.0
License requirements: mechanisms ("MECHANISMS")
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get |
Returns the cone index.
This is an index value of the Surface type. For Soil Surface type, this value is the cone index. For Hard Surface type, this is the rubber hardness. Units are force per length squared.
Created in NX11.0.0
License requirements: mechanisms ("MECHANISMS")
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getset |
Returns or sets the contact area function.
Created in NX11.0.0
License requirements to get this property: mechanisms ("MECHANISMS")
License requirements to set this property: mechanisms ("MECHANISMS")
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get |
Returns the Contact Area Profile.
Created in NX12.0.0
License requirements: mechanisms ("MECHANISMS")
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getset |
Returns or sets the contact area type.
Created in NX12.0.0
License requirements to get this property: mechanisms ("MECHANISMS")
License requirements to set this property: mechanisms ("MECHANISMS")
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getset |
Returns or sets the distributed contact
Created in NX11.0.0
License requirements to get this property: mechanisms ("MECHANISMS")
License requirements to set this property: mechanisms ("MECHANISMS")
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getset |
Returns or sets the friction function.
Created in NX11.0.0
License requirements to get this property: mechanisms ("MECHANISMS")
License requirements to set this property: mechanisms ("MECHANISMS")
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get |
Returns the friction Profile.
Created in NX12.0.0
License requirements: mechanisms ("MECHANISMS")
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getset |
Returns or sets the friction surface file
Created in NX11.0.0
Deprecated in NX12.0.1. FrictionSurfaceProfile
License requirements to get this property: mechanisms ("MECHANISMS")
License requirements to set this property: mechanisms ("MECHANISMS")
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get |
Returns the friction surface profile
Created in NX12.0.0
License requirements: mechanisms ("MECHANISMS")
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getset |
Returns or sets the friction type.
Created in NX12.0.0
License requirements to get this property: mechanisms ("MECHANISMS")
License requirements to set this property: mechanisms ("MECHANISMS")
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get |
Returns the number of divisions.
When the distributed contact normal force model is to be used, this variable should be set to the number of vertical "slices" into which the tire is divided. If a simple "point-contact" normal force model is desired, this variable should be set to zero. The distributed contact model should be used when the road profile contains abrupt changes. NumDivisions should be set high enough so that each "slice" is smaller than the smallest road profile feature.
Created in NX11.0.0
License requirements: mechanisms ("MECHANISMS")
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get |
Returns the relaxation length.
This value, combined with the fore/aft velocity, determines the time constant of a first-order equation, which is used to attenuate response of the lateral force and aligning torque. A value of zero results in no lag. If a variable relaxation length is desired the user can place a user defined equation in the file relaxln.f. This file can be found in the user defined subroutines directory. If a user defined relaxation length is used, then the value in the form-fill should be an approximation of the nominal value.
Created in NX11.0.0
License requirements: mechanisms ("MECHANISMS")
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getset |
Returns or sets the rolling radius type.
Created in NX11.0.0
License requirements to get this property: mechanisms ("MECHANISMS")
License requirements to set this property: mechanisms ("MECHANISMS")
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get |
Returns the rolling radius of the tire.
This value is found by dividing the distance traveled during one rotation by 2 PI. If a value of zero is entered, the deflected radius found in the tire normal force calculation will be used to calculate the tirepatch slip and tire force application point. If a positive value is entered, this value will be used to calculate the tirepatch slip and tire force application point. If a negative value is entered, this value will be used to calculate the tirepatch slip, but the tire force application point will be at the deflected radius (this formulation simulates a tire with steel non-deformable belt).
Created in NX11.0.0
License requirements: mechanisms ("MECHANISMS")
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get |
Returns the section height.
This is used by the Soil surface model and is related to unloaded diameter and rim diameter. The section height is also used as the carcass diameter to calculate the lateral offset of the tire patch due to carcass roll. This is used in calculating the roll moment due to lateral offset of the tire patch.
Created in NX11.0.0
License requirements: mechanisms ("MECHANISMS")
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get |
Returns the section width.
This is used by the Hard and Soil surface models.
Created in NX11.0.0
License requirements: mechanisms ("MECHANISMS")
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getset |
Returns or sets the static hold.
it controls whether or not the tire should generate holding forces during static or quasistatic analysis. When this parameter is true, the tire will generate the following fictitious forces during static analysis, or during the static phase of STATIC/DYNAMIC analysis (see the System Data and Static elements documentation for more details). First, a torque is applied to the chassis to introduce stiffness for vehicle yaw motion. Finally, forces are applied in the fore-aft and lateral chassis directions in order to prevent equilibrium problems. Disabling these forces may cause the static analysis to fail. If the vehicle is on a flat road, then the fictitious forces will yield a physically meaningful static vehicle position. These forces attempt to keep the tire spin angle, chassis lateral/longitudinal postion at their initial values.
Created in NX11.0.0
License requirements to get this property: mechanisms ("MECHANISMS")
License requirements to set this property: mechanisms ("MECHANISMS")
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getset |
Returns or sets the surface type.
Created in NX11.0.0
License requirements to get this property: mechanisms ("MECHANISMS")
License requirements to set this property: mechanisms ("MECHANISMS")
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get |
Returns the transitional damping deflection.
When non-zero, this value is used to attenuate the normal damping force for small tire deflections. If a value of zero is entered, the nominal damping rate is used. The normal damping rate is found by the formula: CD (1 - e-3d/d0) where: CD is the nominal damping rate (from damping coeff or curve damping), d is the tire normal deflection, and d0 is the transitional normal damping deflection.
Created in NX11.0.0
License requirements: mechanisms ("MECHANISMS")
