- T_NORM - Static variable in class nce.base.PhysicalConstants
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- T_REF_ENTH - Static variable in class nce.base.PhysicalConstants
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- T_STD - Static variable in class nce.base.PhysicalConstants
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- tellWhichSideItIs(HeatExchangerSide) - Method in class nce.equipments.HeatExchanger
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Finds out whether the argument is shell side or tube side
- TEMPERATURE - Static variable in class nce.equipments.CentrifPump
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- TEMPERATURE - Static variable in class nce.piping.Pipe
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- temperature(double) - Method in class nce.stream.StreamBuilder
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Stream temperature
- THERMAL_CONDUCTIVITY - Static variable in class nce.heattransfer.HT
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Applicable to: Shell, Tube
- ThermCondDataSet - Class in nce.phprop.thermcond
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- ThermCondDataSet() - Constructor for class nce.phprop.thermcond.ThermCondDataSet
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- ThermCondEqnFixed - Class in nce.phprop.thermcond
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- ThermCondEqnFixed() - Constructor for class nce.phprop.thermcond.ThermCondEqnFixed
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- ThermCondEqnPoly3 - Class in nce.phprop.thermcond
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- ThermCondEqnPoly3() - Constructor for class nce.phprop.thermcond.ThermCondEqnPoly3
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- ThermCondEqnPoly5 - Class in nce.phprop.thermcond
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- ThermCondEqnPoly5() - Constructor for class nce.phprop.thermcond.ThermCondEqnPoly5
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- ThermCondGasPureHighP - Class in nce.phprop.thermcond
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Estimation of thermal conductivity of pure gases above atmospheric pressure,
with the method of Stiel and Thodos.
- ThermCondGasPureHighP() - Constructor for class nce.phprop.thermcond.ThermCondGasPureHighP
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- ThermCondHydrocGasPureLowP - Class in nce.phprop.thermcond
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Method recommended by Misic and Thodos for the thermal conductivity of
pure hydrocarbon gases at P < 350 kPa.
- ThermCondHydrocGasPureLowP() - Constructor for class nce.phprop.thermcond.ThermCondHydrocGasPureLowP
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- ThermCondHydrocLiq - Class in nce.phprop.thermcond
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Thermal conductivity of pure component hydrocarbon liquids
- ThermCondHydrocLiq() - Constructor for class nce.phprop.thermcond.ThermCondHydrocLiq
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- ThermCondHydrocLiq.SpeciesType - Enum in nce.phprop.thermcond
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- ThermCondMixRuleGasLowP - Class in nce.phprop.thermcond
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Wassiljeva's mixing rule for the thermal conductivity of low pressure gases
- ThermCondMixRuleGasLowP() - Constructor for class nce.phprop.thermcond.ThermCondMixRuleGasLowP
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- ThermCondModel - Class in nce.phprop.thermcond
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- ThermCondModel() - Constructor for class nce.phprop.thermcond.ThermCondModel
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- ThermCondNonHydrocGasPureLowP - Class in nce.phprop.thermcond
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Method recommended for the thermal conductivity of pure non-hydrocarbon gases
at P <= 1 bar
- ThermCondNonHydrocGasPureLowP() - Constructor for class nce.phprop.thermcond.ThermCondNonHydrocGasPureLowP
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- ThermCondNonHydrocGasPureLowP.GasMolecule - Enum in nce.phprop.thermcond
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- Throttle - Class in nce.equipments
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- Throttle() - Constructor for class nce.equipments.Throttle
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- toMixture(int) - Method in class nce.stream.StreamBuilder
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Converts an existing stream to a mixture of a definite number of
chemical species
- toPseudoPure() - Method in class nce.stream.StreamBuilder
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A generic pseudo-pure stream, useful as container for model equations,
very similar to a pure liquid
- toPureIdealGas() - Method in class nce.stream.StreamBuilder
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Converts an existing stream to an ideal gas.
- toPureLiquid() - Method in class nce.stream.StreamBuilder
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Converts an existing stream to a pure liquid.
- toString() - Method in enum nce.base.ChemicalSpecies.InRangesDefs
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- toString(String) - Method in class nce.base.Range
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Composes a single line report string about if range of variable varName
was violated or not
- toString(Range.Format) - Method in class nce.base.Range
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- toString() - Method in class nce.base.Range
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Returns something similar to a Json string
- toString() - Method in class nce.stream.Phase
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- toString() - Method in class nce.stream.Stream
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- toString(Stream.ToStringMode) - Method in class nce.stream.Stream
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- toStringDerivedInternalUnits() - Static method in class nce.base.NCE
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Returns a formatted list of NCE internal derived measuring units
- toStringExtended() - Method in class nce.math.SolverRnRn
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Prints X and F
- toStringFormat() - Method in class nce.base.DomainDecomposition
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Returns the domain decomposition state as a formatted string
- toStringFormat(String) - Method in class nce.base.DomainDecomposition
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Returns the domain decomposition field as a formatted string
- toStringFormat(String, String, double, double) - Method in class nce.base.DomainDecomposition
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Prints selected variable of the domain decomposition to stdout
- toStringFormatdWithConversion(String, String, String, double, double) - Method in class nce.base.DomainDecomposition
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Prints the state of a domain decomposition field to NCEIO.vout applying
the units conversion mul * (x + add)
- toStringFormatWithConversion(String, String, String, double, double, double, double) - Method in class nce.base.DomainDecomposition
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Prints the state of a domain decomposition field to NCEIO.vout
applying the units conversion mul * (x + add)
- toStringFormatWithConversion(String, String, double, double, double, double) - Method in class nce.base.DomainDecomposition
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Prints selected variable of the domain decomposition to stdout allowing
units conversion as (factor) * (variable + delta)
- toStringFormatWithConversionFinalBlank(String, String, String, double, double, double) - Method in class nce.base.DomainDecomposition
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- toStringFormatWithConversionStartBlank(String, String, String, double, double, double) - Method in class nce.base.DomainDecomposition
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- toStringFormatWithConversionWithBlanks(String, String, String, double, double) - Method in class nce.base.DomainDecomposition
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- toStringFundamentalInternalUnits() - Static method in class nce.base.NCE
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Returns a formatted list of NCE internal fundamental measuring units
- toStringSummary() - Method in class nce.base.PropertyEquation
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Prints a description of the equation and its actual settings
- TP_DENSITY - Static variable in class nce.piping.Pipe
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- TP_SLIP_RATIO - Static variable in class nce.piping.Pipe
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- TP_VOID_FRAC - Static variable in class nce.piping.Pipe
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- transferOutputToPipe(Pipe) - Method in class nce.piping.PipePressDropAdiab
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Updates the piping object with calculation results.
- transferOutputToPipe(Pipe) - Method in class nce.piping.PipePressDropIsoth
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Extracts all the output from the calculation.
- transferOutputToPipe(Pipe) - Method in class nce.piping.PipePressDropOF
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- TRANSITION - Static variable in class nce.piping.Pipe
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- TruncatedCone - Class in nce.mech
-
Defines a cone object class that can be extended to implement mechanical
calculations like rating under internal or external pressure.
- TruncatedCone() - Constructor for class nce.mech.TruncatedCone
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- TruncatedConeASMEVIIId1UG32 - Class in nce.mech
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Rating of a toriconical transition according to ASME VIII div.1
see section UG-32(g) - "Formed heads, and section, pressure on concave side"
- TruncatedConeASMEVIIId1UG32() - Constructor for class nce.mech.TruncatedConeASMEVIIId1UG32
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- TubeBWGdb - Class in nce.databank.piping
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BWG tubing standard
- TubeBWGdb() - Constructor for class nce.databank.piping.TubeBWGdb
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- Tubesheet - Class in nce.mech
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Implements sizing procedure for heat exchanger's tubesheet according to
TEMA RCB-7.13.
- Tubesheet() - Constructor for class nce.mech.Tubesheet
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- Tubesheet.TubePattern - Enum in nce.mech
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- Tubesheet.Type - Enum in nce.mech
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- TURBULENT - Static variable in class nce.piping.Pipe
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