Uses of Class
neqsim.process.equipment.lng.LNGTankLayer
Packages that use LNGTankLayer
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Uses of LNGTankLayer in neqsim.process.equipment.lng
Fields in neqsim.process.equipment.lng with type parameters of type LNGTankLayerModifier and TypeFieldDescriptionprivate List<LNGTankLayer> LNGTankLayeredModel.layersList of liquid layers from bottom (index 0) to top.Methods in neqsim.process.equipment.lng that return LNGTankLayerModifier and TypeMethodDescriptionprivate LNGTankLayerLNGTankLayeredModel.mergeTwoLayers(LNGTankLayer lower, LNGTankLayer upper) Merge two layers into one (mass-weighted mixing).Methods in neqsim.process.equipment.lng that return types with arguments of type LNGTankLayerMethods in neqsim.process.equipment.lng with parameters of type LNGTankLayerModifier and TypeMethodDescriptionvoidLNGTankLayeredModel.addLayerOnTop(LNGTankLayer layer) Add a new liquid layer on top of existing layers (e.g., heel mixing, new cargo parcel).private SystemInterfaceLNGTankLayeredModel.buildFlashSystem(LNGTankLayer layer) Build a thermo system for flash calculation from a layer's composition.private doubleLNGTankLayeredModel.calculateGERG2008Density(LNGTankLayer layer) Calculate LNG density using GERG-2008 EOS.private doubleLNGRolloverDetector.estimateLayerHeight(LNGTankLayer layer) Estimate the height of a layer based on its volume and tank geometry.private doubleLNGTankLayeredModel.estimateLayerSpacing(LNGTankLayer lower, LNGTankLayer upper) Estimate the vertical spacing between two layer centres.doubleLNGTankLayer.getDensityDifference(LNGTankLayer other) Get the density difference with another layer.booleanLNGTankLayer.isDenserThan(LNGTankLayer other) Check if this layer is denser than another.private LNGTankLayerLNGTankLayeredModel.mergeTwoLayers(LNGTankLayer lower, LNGTankLayer upper) Merge two layers into one (mass-weighted mixing).Method parameters in neqsim.process.equipment.lng with type arguments of type LNGTankLayerModifier and TypeMethodDescriptionLNGRolloverDetector.assess(List<LNGTankLayer> layers) Assess rollover risk based on current layer state.