- CalciumSilicate - Class in nce.databank.insulating
-
Implements calcium silicate properties
- CalciumSilicate() - Constructor for class nce.databank.insulating.CalciumSilicate
-
- CarbonSteel - Class in nce.databank.metals
-
Implements carbon steel properties
- CarbonSteel() - Constructor for class nce.databank.metals.CarbonSteel
-
- CentrifCompressor - Class in nce.equipments
-
Implements a centrifugal compressor object.
- CentrifCompressor() - Constructor for class nce.equipments.CentrifCompressor
-
- CentrifPump - Class in nce.equipments
-
Implements a pump object.
- CentrifPump() - Constructor for class nce.equipments.CentrifPump
-
- checkAzeotrope() - Method in class nce.vle.VleSolver
-
Checks if an azeotrope exists between x1=0 and x1=1
- checkAzeotrope() - Method in class nce.vle.VleSolverGamma
-
- checkAzeotrope() - Method in class nce.vle.VleSolverRaoult
-
- checkRequirements() - Method in class nce.mech.CylinderASMEVIIId1UG27
-
Verifies ASME requirements for the applicability of the equations see also
Appendix 1 sec 1-2
- checkRequirements() - Method in class nce.mech.CylinderASMEVIIId1UG28
-
Verifies ASME requirements for the applicability of the equations
- checkRequirements() - Method in class nce.mech.ShellHeadASMEVIIId1UG32
-
Verifies ASME requirements for the applicability of the equations
- checkRequirements() - Method in class nce.mech.TruncatedConeASMEVIIId1UG32
-
Verifies ASME requirements for the applicability of the equations
- ChemicalSpecies - Class in nce.base
-
Definition of pure chemical species.
- ChemicalSpecies() - Constructor for class nce.base.ChemicalSpecies
-
- ChemicalSpecies.DensityModels - Enum in nce.base
-
- ChemicalSpecies.InRangesDefs - Enum in nce.base
-
Provides easier access to validity range variables identification strings
for the ChemicalSpecies class
- ChemicalSpecies.VaporPressureModels - Enum in nce.base
-
- ChemicalSpecies.ViscosityModels - Enum in nce.base
-
- ChiltonColburnGenerauxVernon - Class in nce.heattransfer.naturalconvection
-
Chilton - Colburn - Generaux - Vernon
Ref.
- ChiltonColburnGenerauxVernon() - Constructor for class nce.heattransfer.naturalconvection.ChiltonColburnGenerauxVernon
-
- ChurchillChuCylinder - Class in nce.heattransfer.naturalconvection
-
Churchill - Chu 1975b for the estimation of Nusselt number for natural
convection over an isothermal horizontal cylinder
- ChurchillChuCylinder() - Constructor for class nce.heattransfer.naturalconvection.ChurchillChuCylinder
-
- ChurchillChuFlatSurface - Class in nce.heattransfer.naturalconvection
-
Churchill - Chu for the estimation of Nusselt number for natural convection
over an isothermal vertical flat surface.
- ChurchillChuFlatSurface() - Constructor for class nce.heattransfer.naturalconvection.ChurchillChuFlatSurface
-
- cID - Variable in class nce.heattransfer.naturalconvection.NaturalConvectionCorrelation
-
- clear() - Method in class nce.error.GlobalErrorStack
-
- clone() - Method in class nce.stream.Stream
-
- closeLogFile() - Static method in class nce.error.NCEErr
-
- closeLogFile() - Static method in class nce.error.NCELog
-
- CONSISTENT_INPUT - Static variable in class nce.error.NCELog
-
- convertFlowFromMassToMole() - Method in class nce.stream.Stream
-
Evaluates molar flow using mass flow f = m / mm [mol/s]
- convertFlowFromMassToNormalVolume() - Method in class nce.stream.Stream
-
Evaluates volume flow at normal conditions (1 atm, 0 deg C) using mass flow
(dv/dt)_n = m * v_n / mm
- convertFlowFromMassToVolume() - Method in class nce.stream.Stream
-
- convertFlowFromMassToVolume() - Method in class nce.stream.StreamVapLiq
-
Evaluates two phase volume flow as the sum of liquid and vapor volume flows
FIXME implementation seems to produce problems
- convertFlowFromMoleToMass() - Method in class nce.stream.Stream
-
Evaluates mass flow from molar flow m = f * mm [kg/s]
- convertFlowFromMoleToVolume() - Method in class nce.stream.Stream
-
Evaluates volume flow using mole sDensity v = f * rho_m
- convertFlowFromNormalVolumeToMass() - Method in class nce.stream.Stream
-
Evaluates mass flow from volume flow at normal conditions (1 atm, 0 deg C)
- convertFlowFromVolumeToMass() - Method in class nce.stream.Stream
-
Evaluates mass flow using mass density: m = v * rho
- convertNCMpHToAll(double) - Method in class nce.stream.Stream
-
Converts specified hourly normal volume flow (Nm3/h at 1 atm, 0 deg C) to
mass flow and molar flow
- ConvexBody - Class in nce.heattransfer.radiation
-
Radiant heat emitted from a convex gray body.
- ConvexBody() - Constructor for class nce.heattransfer.radiation.ConvexBody
-
- copyMatrixRowToVector(double[], double[][], int) - Static method in class nce.math.NCEMath
-
Copies row r of matrix m to vector v
- copyVector(double[], double[]) - Static method in class nce.math.NCEBlas
-
Copies vector s to vector t
- copyVectorToMatrixRow(double[][], int, double[]) - Static method in class nce.math.NCEMath
-
Copies vector v into row r of matrix m
- countErrors() - Method in class nce.error.ErrorStack
-
Counts the total number of errors in the stack
- countErrors() - Method in class nce.error.GlobalErrorStack
-
- createErrorField(String, String) - Method in class nce.error.ErrorStack
-
Creates a new error entry in the stack
- criPressure(double) - Method in class nce.stream.StreamBuilder
-
Stream critical pressure
- criT(double) - Method in class nce.stream.StreamBuilder
-
Stream critical temperature
- CriticalConstantsDb - Class in nce.databank.chemistry
-
Implements the critical constants internal data bank.
- CriticalConstantsDb() - Constructor for class nce.databank.chemistry.CriticalConstantsDb
-
- criV(double) - Method in class nce.stream.StreamBuilder
-
Stream critical volume
- criZ(double) - Method in class nce.stream.StreamBuilder
-
Stream critical compressibility factor
- cs - Variable in class nce.datasets.models.DataFitModelWilson
-
- Cylinder - Class in nce.mech
-
Defines a cylinder object class that can be extended to implement mechanical
calculations like rating under internal or external pressure.
- Cylinder() - Constructor for class nce.mech.Cylinder
-
- CylinderASMEVIIId1UG27 - Class in nce.mech
-
Rating of a cylinder according to ASME VIII div.1
see section UG-27 - "Thickness of shells under internal pressure"
- CylinderASMEVIIId1UG27() - Constructor for class nce.mech.CylinderASMEVIIId1UG27
-
- CylinderASMEVIIId1UG28 - Class in nce.mech
-
Rating of a cylinder according to ASME VIII div.1
see section UG-27 - "Thickness of shells and tubes under external pressure"
- CylinderASMEVIIId1UG28() - Constructor for class nce.mech.CylinderASMEVIIId1UG28
-