SS.SoilMechanics 1.2.0

export function activeEarthPressure(double height, double unitWeight, double frictionAngle, double surcharge)->EarthPressure

export record BearingCapacity(public double ultimate, public double netUltimate, public double factorOfSafety, public string diagnostic)

export function consolidationDegree(double timeFactor)->double

export record ConsolidationFit(public double coefficientOfConsolidation, public double time50, public double drainagePath, public string method)

export record ConsolidationState(public double degree, public double settlement, public double timeFactor, public bool valid)

export function darcyDischarge(double hydraulicConductivity, double area, double headLoss, double lengthValue)->double

export record EarthPressure(public double coefficient, public double resultant, public double applicationHeight)

export function effectiveVerticalStress(double depth, double totalUnitWeight, double waterTableDepth, double waterUnitWeight)->StressState

export function fitConsolidationCoefficient(double time50, double drainagePath)->ConsolidationFit

export function intrinsicPermeability(double hydraulicConductivity, double dynamicViscosity, double fluidDensity, double gravity)->double

export function layeredConsolidation(SoilLayer[] layers, double waterTableDepth, double waterUnitWeight, double appliedStressIncrease, double time, bool doubleDrainage)->LayeredSettlement

export function layeredSeepage(SoilLayer[] layers, double headLoss)->LayeredSeepage

export record LayeredSeepage(public double equivalentConductivity, public double dischargePerArea, public double[] headDrops, public double totalHeadLoss, public double continuityResidual, public string provenance)

export record LayeredSettlement(public double[] initialEffectiveStress, public double[] finalEffectiveStress, public double[] ultimateByLayer, public double[] degreeByLayer, public double[] settlementByLayer, public double ultimateSettlement, public double settlement, public double time, public bool compatible, public string provenance)

export function mohrCoulombStrength(double effectiveNormalStress, double cohesion, double frictionAngle)->double

export function oneDimensionalConsolidation(double compressionIndex, double initialVoidRatio, double initialEffectiveStress, double finalEffectiveStress, double layerThickness, double time, double coefficientOfConsolidation, double drainagePath)->ConsolidationState

export function phaseRelations(double solidVolume, double waterVolume, double airVolume, double solidDensity, double waterDensity)->PhaseRelations

export record PhaseRelations(public double voidRatio, public double porosity, public double degreeSaturation, public double dryDensity, public double bulkDensity)

export function rankineActiveCoefficient(double frictionAngle)->double

export function rankinePassiveCoefficient(double frictionAngle)->double

export function seepageNetwork2D(int columns, int rows, double spacingX, double spacingY, double[] conductivity, bool[] fixedHead, double[] boundaryHeads, double tolerance, int maximumIterations)->SeepageNetwork2DResult

export record SeepageNetwork2DResult(public double[] heads, public double[] flowX, public double[] flowY, public double boundaryInflow, public double boundaryOutflow, public double massBalanceResidual, public int iterations, public bool converged, public string diagnostic)

export function soilBoreholeProfile(SoilLayer[] layers, double groundwaterDepth, string provenance)->SoilBoreholeProfileResult

export record SoilBoreholeProfileResult(public SoilLayer[] layers, public double[] topDepths, public double[] bottomDepths, public double groundwaterDepth, public double totalDepth, public string provenance, public string diagnostic)

export function soilLayer(string name, double thickness, double dryUnitWeight, double saturatedUnitWeight, double hydraulicConductivity, double initialVoidRatio, double recompressionIndex, double compressionIndex, double preconsolidationStress, double coefficientOfConsolidation, string provenance)->SoilLayer

export record SoilLayer(public string name, public double thickness, public double dryUnitWeight, public double saturatedUnitWeight, public double hydraulicConductivity, public double initialVoidRatio, public double recompressionIndex, public double compressionIndex, public double preconsolidationStress, public double coefficientOfConsolidation, public string provenance)

export function soilSafetyFactorEnvelope(string[] identities, double[] resistances, double[] demands, double minimumAcceptable, string assumptions, string provenance)->SoilSafetyFactorEnvelopeResult

export record SoilSafetyFactorEnvelopeResult(public double[] factors, public int governingIndex, public double minimumFactor, public string[] identities, public string assumptions, public string provenance, public bool acceptable, public string diagnostic)

export function stagedLayeredSettlement(SoilBoreholeProfileResult profile, double waterUnitWeight, double[] stageTimes, double[] loadIncrements, double evaluationTime, bool doubleDrainage)->StagedLayeredSettlementResult

export record StagedLayeredSettlementResult(public double[] stageTimes, public double[] cumulativeLoads, public double[] ultimateContributions, public double[] settlementContributions, public double ultimateSettlement, public double settlement, public double evaluationTime, public string diagnostic)

export record StressState(public double totalStress, public double porePressure, public double effectiveStress)

export function stripBearingCapacity(double cohesion, double surcharge, double unitWeight, double width, double frictionAngle, double appliedPressure)->BearingCapacity