Package neqsim.process.equipment.network
package neqsim.process.equipment.network
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ClassDescriptionDetects independent loops in a pipeline network using graph theory algorithms.Represents an edge in the network graph.Pipeline network supporting looped topologies with Hardy Cross solver.Artificial lift type for wells.IPR model type for well inflow performance.Network element type for generalized resistance elements.Represents a node in the pipe network.Represents a pipe in the network.Node type in the network.Pipe flow model type.Attached reservoir info: maps a network source node to a SimpleReservoir and well within it.Solver type for network analysis.Sparse and dense linear system solvers for pipeline network equations.Represents an independent loop in a pipeline network.Represents a pipeline member of a loop with its traversal direction.Formal NLP and multi-objective optimizer for pipeline network production allocation.Optimizer algorithm selection.Objective type for single-objective optimization.Result container for network optimization.Validation benchmark cases for pipeline network solvers.Benchmark result container.Single metric result within a benchmark.Network of pipelines connected through manifolds using compositional PipeFlowSystem.Represents a manifold node in the network.Represents a pipeline segment in the network.Network wrapper that links
WellFlowinflow models withPipeBeggsAndBrillshydraulics and gathers the outlets into configurable manifolds.A branch represents one well + flowline path to a manifold.Represents a manifold that mixes incoming branches (and optional upstream pipeline) before optionally sending flow further downstream through a connecting pipeline.