SS.Tribology 1.2.0

export function archardWear(double wearCoefficient, double normalLoad, double slidingDistance, double hardness, double nominalArea)->WearState

export function archardWearHistory(double wearCoefficient, double hardness, double nominalArea, double[] normalLoads, double[] slidingDistanceIncrements)->WearHistory

export function bearingPerformanceEnvelope(double[] speeds, double[] loads, double[] temperatures, double referenceViscosity, double referenceTemperature, double viscosityTemperatureCoefficient, double radius, double clearance, double length, double eccentricityRatio, double minimumAllowedFilm, double maximumAllowedTemperature)->BearingPerformanceEnvelope

export record BearingPerformanceEnvelope(public double[] viscosity, public double[] minimumFilm, public double[] leakage, public double[] frictionPower, public int cases, public bool withinLimits, public string diagnostic)

export function contactFatigueLife(double maximumContactStress, double referenceStress, double referenceCycles, double stressLifeExponent, double appliedCycles)->ContactFatigueLife

export record ContactFatigueLife(public double ratedCycles, public double appliedCycles, public double damage, public double remainingCycles, public bool applicable, public string diagnostic)

export function coulombFriction(double normalLoad, double coefficient)->FrictionState

export function effectiveElasticity(double firstModulus, double firstPoisson, double secondModulus, double secondPoisson)->double

export record EffectiveElasticity(public double modulus, public double radius)

export function effectiveRadius(double firstRadius, double secondRadius)->double

export function flashTemperatureRise(double frictionPower, double conductivity, double contactRadius)->double

export record FrictionState(public double coefficient, public double force, public string regime)

export function hertzLine(double loadPerLength, double effectiveRadiusValue, double effectiveModulus)->HertzLineContact

export record HertzLineContact(public double halfWidth, public double maximumPressure)

export function hertzPoint(double load, double firstRadius, double secondRadius, double effectiveModulus)->HertzPointContact

export record HertzPointContact(public double radius, public double maximumPressure, public double meanPressure, public double approach)

export function hydrodynamicWedgeFlow(double width, double length, double inletFilm, double outletFilm, double speed, double viscosity)->double

export function journalBearing(double viscosity, double angularSpeed, double radius, double clearance, double length, double load, double eccentricityRatio)->JournalBearing

export record JournalBearing(public double sommerfeld, public double minimumFilmThickness, public bool fullFilm, public string diagnostic)

export function journalBearingModel(double viscosity, double angularSpeed, double radius, double clearance, double length, double eccentricityRatio, double ambientPressure)->JournalBearingModel

export record JournalBearingModel(public double viscosity, public double angularSpeed, public double radius, public double clearance, public double length, public double eccentricityRatio, public double ambientPressure)

export record JournalPressureField(public double[] theta, public double[] axial, public double[] pressure, public int thetaCount, public int axialCount, public double loadX, public double loadY, public double resultantLoad, public double attitudeAngle, public double minimumFilmThickness, public double frictionTorque, public double frictionPower, public double sideLeakage, public double balanceResidual, public string diagnostic)

export record LubricantFilmProfile(public double[] thickness, public double minimumThickness, public double maximumThickness, public int limitedPoints, public bool valid, public string diagnostic)

export function lubricantFilmThickness(double clearance, double[] geometry, double[] elasticDeflection, double minimumOperatingFilm, double maximumOperatingFilm)->LubricantFilmProfile

export function pvFactor(double pressure, double slidingSpeed)->double

export record ReynoldsBearing2D(public double[] pressure, public int xCount, public int yCount, public double integratedLoad, public double maximumPressure, public double residual, public int iterations, public bool converged, public string diagnostic)

export function rollingBearingLife(double dynamicCapacity, double equivalentLoad, double speedRpm, string kind, double reliabilityFactor)->RollingBearingLife

export record RollingBearingLife(public double ratedRevolutions, public double ratedHours, public double exponent, public double reliabilityFactor, public string kind)

export function solveReynoldsBearing2D(double[] filmThickness, int xCount, int yCount, double spacingX, double spacingY, double surfaceSpeed, double viscosity, double ambientPressure, double tolerance, int maximumIterations)->ReynoldsBearing2D

export function solveShortJournalBearing(JournalBearingModel model, int thetaCount, int axialCount)->JournalPressureField

export function solveThrustPad(ThrustPadModel model, int nodes)->ThrustPadSolution

export function stribeckFriction(double speed, double viscosity, double pressure, double boundaryCoefficient, double mixedCoefficient, double transitionParameter)->FrictionState

export function thrustPadModel(double width, double length, double inletFilm, double outletFilm, double speed, double viscosity, double ambientPressure)->ThrustPadModel

export record ThrustPadModel(public double width, public double length, public double inletFilm, public double outletFilm, public double speed, public double viscosity, public double ambientPressure)

export record ThrustPadSolution(public double[] positions, public double[] filmThickness, public double[] pressure, public int nodes, public double load, public double centreOfPressure, public double flow, public double frictionForce, public double conservationResidual, public string diagnostic)

export record WearHistory(public double[] cumulativeDistance, public double[] volume, public double[] depth, public int steps, public string diagnostic)

export record WearState(public double volume, public double depth, public bool valid, public string diagnostic)