Uses of Class
neqsim.process.equipment.distillation.RateBasedPackedColumn.TransportSnapshot

Packages that use RateBasedPackedColumn.TransportSnapshot

Package	Description
neqsim.process.equipment.distillation

Uses of RateBasedPackedColumn.TransportSnapshot in neqsim.process.equipment.distillation

Methods in neqsim.process.equipment.distillation that return RateBasedPackedColumn.TransportSnapshot

Modifier and Type	Method	Description
private RateBasedPackedColumn.TransportSnapshot	RateBasedPackedColumn.calculateTransportSnapshot(SystemInterface gas, SystemInterface liquid, double segmentHeight)	Calculate transport properties and packing coefficients for one segment.

Methods in neqsim.process.equipment.distillation with parameters of type RateBasedPackedColumn.TransportSnapshot

Modifier and Type	Method	Description
private double	RateBasedPackedColumn.applyInterphaseHeatTransfer(SystemInterface gas, SystemInterface liquid, RateBasedPackedColumn.TransportSnapshot snapshot)	Apply interphase heat transfer to gas and liquid segment systems.
private double	RateBasedPackedColumn.calculateComponentTransfer(String component, SystemInterface gas, SystemInterface liquid, RateBasedPackedColumn.TransportSnapshot snapshot, RateBasedPackedColumn.InterfaceEquilibrium interfaceEquilibrium)	Calculate component transfer rate for a component in one segment.
private RateBasedPackedColumn.InterfaceEquilibrium	RateBasedPackedColumn.calculateInterfaceEquilibrium(SystemInterface gas, SystemInterface liquid, RateBasedPackedColumn.TransportSnapshot snapshot)	Calculate interface equilibrium compositions for the mixed segment fluids.
private Jama.Matrix	RateBasedPackedColumn.calculateResidualStep(SystemInterface gas, SystemInterface liquid, RateBasedPackedColumn.TransportSnapshot snapshot, List<String> components, double[] unknowns, RateBasedPackedColumn.SegmentResidualEvaluation evaluation)	Calculate a Newton step for normalized segment residuals.
private double	RateBasedPackedColumn.calculateUnboundedComponentTransfer(String component, SystemInterface gas, SystemInterface liquid, RateBasedPackedColumn.TransportSnapshot snapshot, RateBasedPackedColumn.InterfaceEquilibrium interfaceEquilibrium)	Calculate the unbounded Maxwell-Stefan film transfer rate for one component.
private double[]	RateBasedPackedColumn.createInitialResidualUnknowns(SystemInterface gas, SystemInterface liquid, RateBasedPackedColumn.TransportSnapshot snapshot, List<String> components)	Create initial guesses for component transfers and interface temperature.
private RateBasedPackedColumn.SegmentResidualEvaluation	RateBasedPackedColumn.evaluateSegmentResidual(SystemInterface gas, SystemInterface liquid, RateBasedPackedColumn.TransportSnapshot snapshot, List<String> components, double[] unknowns, int iterations)	Evaluate normalized residuals for the simultaneous segment equations.
private RateBasedPackedColumn.SegmentResidualEvaluation	RateBasedPackedColumn.solveSegmentResiduals(SystemInterface gas, SystemInterface liquid, RateBasedPackedColumn.TransportSnapshot snapshot, List<String> components)	Solve the simultaneous residual equations for a segment.