ccs-sim/lib/diverging/fluidProperties.d.ts

Modelling CCS systems

import IPhaseEnvelopeFileReader from './phaseEnvelopeFileReader';
import { Pressure, Temperature } from 'physical-quantities';
import IFluidPropertiesFileReader from './fluidDataFileReader';
import FluidData, { FluidDatum } from './fluidData';
import PhaseData from './phaseData';
declare type ptWeights = {
    TM: {
        lowPT: {
            up: number;
            down: number;
        };
        highPT: {
            up: number;
            down: number;
        };
    };
    PT: {
        up: number;
        down: number;
    };
};
export default class FluidProperties {
    phaseData: Promise<PhaseData>;
    fluidData: Promise<FluidData>;
    fluidPressures: number[];
    constructor(phaseData: IPhaseEnvelopeFileReader, fluidData: IFluidPropertiesFileReader);
    phase(pressure: Pressure, temperature: Temperature): Promise<Phase>;
    searchNearbyPoints(pressure: Pressure, temperature: Temperature): Promise<{
        points: {
            x0y0: FluidDatum;
            x0y1: FluidDatum;
            x1y0: FluidDatum;
            x1y1: FluidDatum;
        };
        weights: ptWeights;
    }>;
    density(pressure: Pressure, temperature: Temperature): Promise<number>;
    viscosity(pressure: Pressure, temperature: Temperature): Promise<number>;
    enthalpy(pressure: Pressure, temperature: Temperature): Promise<number>;
    entropy(pressure: Pressure, temperature: Temperature): Promise<number>;
}
export declare enum Phase {
    Gas = 0,
    Liquid = 1,
    TwoPhase = 2
}
export {};