Package neqsim.process.equipment.pipeline
package neqsim.process.equipment.pipeline
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ClassDescriptionSingle-phase adiabatic pipe model.AdiabaticTwoPhasePipe class.Collection of pipe fittings for equivalent length pressure drop calculations.Incompressible pipe flow model for liquid flow with fittings.Multi-layer radial heat transfer calculator for pipeline thermal analysis.Multiphase pipe flow simulation model using non-equilibrium two-phase flow.One-phase pipeline with compositional tracking support.Pipeline simulation using Beggs and Brill empirical correlations for multiphase flow.Calculation modes for pipeline simulation.Flow regimes available in Beggs and Brill correlations.Heat transfer calculation modes for pipeline thermal modeling.Base class for pipeline simulation models.Common interface for all pipeline simulation models.Represents a radial thermal layer for multi-layer heat transfer calculations in pipelines.Predefined layer material types with default properties.Rhone-Poulenc maximum velocity calculation for gas pipes.Service type for Rhone-Poulenc velocity calculation.Riser equipment class for subsea and offshore applications.Types of risers with different geometry profiles and mechanical characteristics.Configuration factory for creating risers with standard geometry profiles.Types of risers with different geometry profiles.Simple pipeline model with specified outlet temperature and pressure.Topside piping equipment class for offshore platforms and onshore facilities.Insulation type for topside piping.Pipe schedule for wall thickness selection.Service types for topside piping with different design requirements.Tubing Performance model for vertical lift performance (VLP) calculations.VLP correlation types.Temperature profile models.Two-fluid transient multiphase pipe model.Boundary condition type.Insulation type presets with typical U-values.OLGA model type for holdup and flow regime calculations.Slug tracking mode.TwoPhasePipeLine class.Water hammer transient pipe model using Method of Characteristics (MOC).Boundary condition types.