zhaoyuanjuns/moonbit_extractor/units

README
U
ActivityModel
U
AuditReport
U
BalanceAudit
U
BenchmarkCase
U
BenchmarkResult
U
BinodalCurve
U
BoundaryIntersection
U
BoundaryProjection
U
CartesianPoint
U
Concentration
U
ContactPattern
U
CountercurrentResult
U
CountercurrentStage
U
CrossValidation
U
CrosscurrentLeachingResult
U
CrosscurrentResult
U
CrosscurrentStage
U
CsvOptions
U
DesignPoint
U
Duration
U
EfficiencyCalibration
U
EfficiencyStageResult
U
EfficiencyStep
U
EquilibriumCurve
U
EquilibriumPoint
U
EquilibriumTable
U
ExtractionError
U
ExtractionStep
U
Extrapolation
U
Finding
U
LeachingStage
U
LeachingStageResult
U
LedgerEntry
U
LeverResult
U
LinearTable
U
Mass
U
MassFlow
U
MassUnit
U
NumericSummary
U
Observation
U
OperatingWindow
U
PhaseSplit
U
Point
U
Range
U
RecoveryEnvelope
U
RegressionModel
U
SafetyFactor
U
ScenarioResult
U
ScenarioSummary
U
SearchResult
U
SensitivityPoint
U
Severity
U
SingleStageResult
U
SingleStageScenario
U
SolventDesign
U
StageCountResult
U
Statistics
U
SvgCanvas
U
TernaryComposition
U
TieLine
U
TieLineTable
U
TimeUnit
U
Violation
V
activity_factor
V
analysis_balance_report
V
apply_safety_factor
V
approximately_equal
V
audit_balances
V
average_recovery
V
balance_report
V
bounded_minimize
V
calibrate_efficiency
V
cartesian_grid
V
casebook
V
centroid
V
compare_contact_patterns
V
concentration_from_fraction
V
contains
V
countercurrent_constant_k
V
crosscurrent_constant_k
V
crosscurrent_equal_solvent
V
crosscurrent_equal_wash
V
crosscurrent_leach
V
distribution_coefficient
V
extraction_factor
V
fit_linear
V
fit_polynomial
V
from_cartesian
V
grid_minimize
V
is_finite
V
latin_hypercube
V
leave_one_out
V
ledger_entry
V
ledger_passes
V
lever_rule
V
linspace
V
map_unit_triangle
V
maximum_residual
V
mccabe_thiele_stages
V
minimum_countercurrent_stages
V
mix_point
V
operating_line
V
pareto_front
V
parse_equilibrium_csv
V
parse_tie_lines_csv
V
polygon_area
V
quantile
V
recommended_safety_factor
V
recovery_fraction
V
run_casebook
V
run_single_stage_scenario
V
run_single_stage_scenarios
V
sample_curve
V
selectivity
V
shortcut_actual_stages
V
single_stage_constant_k
V
single_stage_leach
V
single_stage_recovery_envelope
V
single_stage_sensitivity
V
single_stage_table
V
solvent_for_countercurrent
V
solvent_for_crosscurrent
V
solvent_for_single_stage
V
split_on_tie_line
V
stages_with_efficiency_profile
V
stages_with_uniform_efficiency
V
summarize
V
summarize_scenarios
V
sweep_distribution
V
sweep_solvent_flow
V
ternary_triangle
V
to_cartesian
V
validate_curve
V
wash_for_target

zhaoyuanjuns/moonbit_extractor/units does not have a README file

Amount

pub(all) struct Amount {
  value : Double
  unit : AmountUnit
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Amount::add

source

fn Amount::add(self : Amount, other : Amount) -> Amount

Amount::convert

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fn Amount::convert(self : Amount, unit : AmountUnit) -> Amount

Amount::kilomole

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fn Amount::kilomole(self : Amount) -> Double

Amount::mole

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fn Amount::mole(self : Amount) -> Double

Amount::new

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fn Amount::new(value~ : Double, unit~ : AmountUnit) -> Amount raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Amount::pound_mole

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fn Amount::pound_mole(self : Amount) -> Double

AmountUnit

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pub(all) enum AmountUnit {
  Mole
  KiloMole
  PoundMole
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Amount units used for molar balances.

CapacityCheck

source

pub(all) struct CapacityCheck {
  name : String
  required : Double
  available : Double
  utilization : Double
  margin : Double
  feasible : Bool
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Concentration

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pub(all) struct Concentration {
  solute_mass : Mass
  carrier_mass : Mass
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Concentration::mass_fraction

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fn Concentration::mass_fraction(self : Concentration) -> Double

Concentration::new

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fn Concentration::new(solute_mass~ : Mass, carrier_mass~ : Mass) -> Concentration raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Concentration::ratio

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fn Concentration::ratio(self : Concentration) -> Double

Density

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pub(all) struct Density {
  mass_kg_per_cubic_meter : Double
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Density::mass

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fn Density::mass(self : Density, volume : Volume) -> Mass raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Density::new

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fn Density::new(mass_kg_per_cubic_meter~ : Double) -> Density raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Density::volume

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fn Density::volume(self : Density, mass : Mass) -> Volume raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

DimensionlessGroups

source

pub(all) struct DimensionlessGroups {
  reynolds : Double
  schmidt : Double
  peclet : Double
  weber : Double
  froude : Double
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Duration

source

pub(all) struct Duration {
  value : Double
  unit : TimeUnit
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Duration::new

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fn Duration::new(value~ : Double, unit~ : TimeUnit) -> Duration raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Duration::per_second

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fn Duration::per_second(self : Duration) -> Double

DynamicViscosity

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pub(all) struct DynamicViscosity {
  pascal_second : Double
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

DynamicViscosity::centipoise

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fn DynamicViscosity::centipoise(self : DynamicViscosity) -> Double

DynamicViscosity::kinematic

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fn DynamicViscosity::kinematic(self : DynamicViscosity, density : Density) -> Double

DynamicViscosity::new

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fn DynamicViscosity::new(pascal_second~ : Double) -> DynamicViscosity raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Energy

source

pub(all) struct Energy {
  value : Double
  unit : EnergyUnit
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Energy::add

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fn Energy::add(self : Energy, other : Energy) -> Energy

Energy::convert

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fn Energy::convert(self : Energy, unit : EnergyUnit) -> Energy

Energy::joule

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fn Energy::joule(self : Energy) -> Double

Energy::kilojoule

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fn Energy::kilojoule(self : Energy) -> Double

Energy::kilowatt_hour

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fn Energy::kilowatt_hour(self : Energy) -> Double

Energy::megajoule

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fn Energy::megajoule(self : Energy) -> Double

Energy::new

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fn Energy::new(value~ : Double, unit~ : EnergyUnit) -> Energy raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Energy::scale

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fn Energy::scale(self : Energy, factor : Double) -> Energy

EnergyUnit

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pub(all) enum EnergyUnit {
  Joule
  KiloJoule
  MegaJoule
  KilowattHour
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Energy units for heating and cooling duty estimates.

Mass

source

pub(all) struct Mass {
  value : Double
  unit : MassUnit
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Mass::add

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fn Mass::add(self : Mass, other : Mass) -> Mass

Mass::convert

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fn Mass::convert(self : Mass, target : MassUnit) -> Mass

Mass::new

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fn Mass::new(value~ : Double, unit~ : MassUnit) -> Mass raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Mass::unit

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fn Mass::unit(self : Mass) -> MassUnit

Mass::value

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fn Mass::value(self : Mass) -> Double

MassFlow

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pub(all) struct MassFlow {
  mass : Mass
  duration : Duration
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

MassFlow::kg_per_hour

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fn MassFlow::kg_per_hour(self : MassFlow) -> Double

MassFlow::kg_per_second

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fn MassFlow::kg_per_second(self : MassFlow) -> Double

MassFlow::new

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fn MassFlow::new(mass~ : Mass, duration~ : Duration) -> MassFlow

MassFlow::scale

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fn MassFlow::scale(self : MassFlow, factor : Double) -> MassFlow raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

MassUnit

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pub(all) enum MassUnit {
  Kilogram
  Gram
  Pound
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Explicit engineering quantities prevent accidental mixing of kg/h and kg/s.

MolarFlow

source

pub(all) struct MolarFlow {
  amount : Amount
  duration : Duration
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

MolarFlow::kilomole_per_hour

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fn MolarFlow::kilomole_per_hour(self : MolarFlow) -> Double

MolarFlow::mole_per_second

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fn MolarFlow::mole_per_second(self : MolarFlow) -> Double

MolarFlow::new

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fn MolarFlow::new(amount~ : Amount, duration~ : Duration) -> MolarFlow

MolarFlow::scale

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fn MolarFlow::scale(self : MolarFlow, factor : Double) -> MolarFlow raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

OperatingConditions

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pub(all) struct OperatingConditions {
  temperature : Temperature
  pressure : Pressure
  residence_time : Duration
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

A consistent operating point passed between process calculations.

OperatingConditions::new

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fn OperatingConditions::new(temperature~ : Temperature, pressure~ : Pressure, residence_time~ : Duration) -> OperatingConditions

OperatingConditions::pressure

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fn OperatingConditions::pressure(self : OperatingConditions) -> Pressure

OperatingConditions::residence_time

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fn OperatingConditions::residence_time(self : OperatingConditions) -> Duration

OperatingConditions::temperature

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fn OperatingConditions::temperature(self : OperatingConditions) -> Temperature

OperatingConditions::with_pressure

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fn OperatingConditions::with_pressure(self : OperatingConditions, pressure : Pressure) -> OperatingConditions

OperatingConditions::with_residence_time

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fn OperatingConditions::with_residence_time(self : OperatingConditions, residence_time : Duration) -> OperatingConditions

OperatingConditions::with_temperature

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fn OperatingConditions::with_temperature(self : OperatingConditions, temperature : Temperature) -> OperatingConditions

Power

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pub(all) struct Power {
  energy : Energy
  duration : Duration
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Power is energy delivered per unit time.

Power::energy_for

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fn Power::energy_for(self : Power, duration : Duration) -> Energy

Power::kilowatt

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fn Power::kilowatt(self : Power) -> Double

Power::new

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fn Power::new(energy~ : Energy, duration~ : Duration) -> Power

Power::watt

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fn Power::watt(self : Power) -> Double

Pressure

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pub(all) struct Pressure {
  value : Double
  unit : PressureUnit
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Pressure::atmosphere

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fn Pressure::atmosphere(self : Pressure) -> Double

Pressure::bar

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fn Pressure::bar(self : Pressure) -> Double

Pressure::convert

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fn Pressure::convert(self : Pressure, unit : PressureUnit) -> Pressure

Pressure::drop

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fn Pressure::drop(self : Pressure, downstream : Pressure) -> Pressure

Pressure::kilopascal

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fn Pressure::kilopascal(self : Pressure) -> Double

Pressure::millimeter_hg

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fn Pressure::millimeter_hg(self : Pressure) -> Double

Pressure::new

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fn Pressure::new(value~ : Double, unit~ : PressureUnit) -> Pressure raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Pressure::pascal

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fn Pressure::pascal(self : Pressure) -> Double

Pressure::ratio

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fn Pressure::ratio(self : Pressure, reference : Pressure) -> Double

Pressure::unit

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fn Pressure::unit(self : Pressure) -> PressureUnit

Pressure::value

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fn Pressure::value(self : Pressure) -> Double

PressureUnit

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pub(all) enum PressureUnit {
  Pascal
  KiloPascal
  Bar
  Atmosphere
  MillimeterHg
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Pressure units used by equilibrium and equipment models.

StorageSizing

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pub(all) struct StorageSizing {
  working_volume : Double
  surge_volume : Double
  total_volume : Double
  diameter : Double
  height : Double
  aspect_ratio : Double
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Temperature

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pub(all) struct Temperature {
  value : Double
  unit : TemperatureUnit
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

A non-negative absolute temperature with explicit units.

Temperature::celsius

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fn Temperature::celsius(self : Temperature) -> Double

Temperature::convert

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fn Temperature::convert(self : Temperature, unit : TemperatureUnit) -> Temperature

Temperature::delta

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fn Temperature::delta(self : Temperature, other : Temperature) -> Double

Temperature::fahrenheit

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fn Temperature::fahrenheit(self : Temperature) -> Double

Temperature::kelvin

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fn Temperature::kelvin(self : Temperature) -> Double

Temperature::new

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fn Temperature::new(value~ : Double, unit~ : TemperatureUnit) -> Temperature raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Temperature::shift

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fn Temperature::shift(self : Temperature, delta_kelvin : Double) -> Temperature

Temperature::unit

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fn Temperature::unit(self : Temperature) -> TemperatureUnit

Temperature::value

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fn Temperature::value(self : Temperature) -> Double

TemperatureUnit

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pub(all) enum TemperatureUnit {
  Celsius
  Kelvin
  Fahrenheit
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Temperature scales supported by process calculations.

TimeUnit

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pub(all) enum TimeUnit {
  Second
  Minute
  Hour
  Day
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

UnitInterval

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pub(all) struct UnitInterval {
  lower : Double
  upper : Double
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

UnitInterval::contains

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fn UnitInterval::contains(self : UnitInterval, value : Double) -> Bool

UnitInterval::map

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fn UnitInterval::map(self : UnitInterval, value : Double, target : UnitInterval) -> Double

UnitInterval::midpoint

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fn UnitInterval::midpoint(self : UnitInterval) -> Double

UnitInterval::new

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fn UnitInterval::new(lower~ : Double, upper~ : Double) -> UnitInterval raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

UnitInterval::normalized

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fn UnitInterval::normalized(self : UnitInterval, value : Double) -> Double

UnitInterval::width

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fn UnitInterval::width(self : UnitInterval) -> Double

UtilityKind

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pub(all) enum UtilityKind {
  CoolingWater
  ChilledWater
  Steam
  Electricity
  CompressedAir
  Nitrogen
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

UtilityLoad

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pub(all) struct UtilityLoad {
  name : String
  design_load : Double
  operating_load : Double
  margin : Double
  unit : String
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Preliminary utility and capacity sizing helpers for early process design.

These calculations intentionally expose assumptions and margins instead of hiding them in a single black-box equipment factor.

Volume

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pub(all) struct Volume {
  value : Double
  unit : VolumeUnit
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Volume::add

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fn Volume::add(self : Volume, other : Volume) -> Volume

Volume::convert

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fn Volume::convert(self : Volume, unit : VolumeUnit) -> Volume

Volume::cubic_meter

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fn Volume::cubic_meter(self : Volume) -> Double

Volume::gallon

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fn Volume::gallon(self : Volume) -> Double

Volume::liter

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fn Volume::liter(self : Volume) -> Double

Volume::milliliter

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fn Volume::milliliter(self : Volume) -> Double

Volume::new

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fn Volume::new(value~ : Double, unit~ : VolumeUnit) -> Volume raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Volume::scale

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fn Volume::scale(self : Volume, factor : Double) -> Volume raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Volume::value

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fn Volume::value(self : Volume) -> Double

VolumeUnit

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pub(all) enum VolumeUnit {
  CubicMeter
  Liter
  Milliliter
  Gallon
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

Volumetric units for solvent and equipment sizing.

annualized_energy

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fn annualized_energy(power : Double, operating_hours : Double, load_factor : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

calculate_dimensionless_groups

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fn calculate_dimensionless_groups(density~ : Density, velocity_m_per_second~ : Double, diameter_meter~ : Double, viscosity~ : DynamicViscosity, diffusivity_square_meter_per_second~ : Double, surface_tension_newton_per_meter~ : Double) -> DimensionlessGroups raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

capacity_checks_feasible

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fn capacity_checks_feasible(checks : ArrayView[CapacityCheck]) -> Bool

capacity_checks_markdown

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fn capacity_checks_markdown(checks : ArrayView[CapacityCheck]) -> String

capacity_checks_worst_utilization

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fn capacity_checks_worst_utilization(checks : ArrayView[CapacityCheck]) -> Double

carbon_emissions

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fn carbon_emissions(energy : Double, emission_factor : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

check_capacity

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fn check_capacity(name : String, required : Double, available : Double, design_margin? : Double) -> CapacityCheck raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

chilled_water_flow

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fn chilled_water_flow(duty : Double, inlet_temperature : Double, outlet_temperature : Double, heat_capacity? : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

compressor_power

source

fn compressor_power(molar_flow : Double, inlet_temperature : Double, pressure_ratio : Double, heat_capacity_ratio : Double, efficiency : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

concentration_from_fraction

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fn concentration_from_fraction(fraction : Double, carrier_mass : Mass) -> Concentration raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

cooling_water_flow

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fn cooling_water_flow(duty : Double, inlet_temperature : Double, outlet_temperature : Double, heat_capacity? : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

design_load

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fn design_load(operating_load : Double, design_margin? : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

energy_balance_residual

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fn energy_balance_residual(inlet : Energy, outlet : Energy, duty : Energy) -> Double

fan_power

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fn fan_power(volumetric_flow : Double, pressure_rise : Double, efficiency : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

friction_factor_blasius

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fn friction_factor_blasius(reynolds : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

froude_number

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fn froude_number(velocity_m_per_second~ : Double, length_meter~ : Double, gravity_m_per_second_squared? : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

heat_transfer_coefficient

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fn heat_transfer_coefficient(nusselt~ : Double, thermal_conductivity_w_per_meter_k~ : Double, characteristic_length_meter~ : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

latent_heat_duty

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fn latent_heat_duty(mass_flow : Double, latent_heat : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

make_utility_load

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fn make_utility_load(name : String, operating_load : Double, margin? : Double, unit? : String) -> UtilityLoad raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

mass_flow_concentration

source

fn mass_flow_concentration(solute : MassFlow, carrier : MassFlow) -> Double

Convert a mass flow to a concentration ratio using a common mass basis.

mass_flow_from_volume

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fn mass_flow_from_volume(volume~ : Volume, density~ : Density, duration~ : Duration) -> MassFlow raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

mixing_power_number

source

fn mixing_power_number(power_watt~ : Double, density~ : Density, rotational_speed_per_second~ : Double, impeller_diameter_meter~ : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

nusselt_laminar_pipe

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fn nusselt_laminar_pipe(reynolds : Double, prandtl : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

parallel_capacity

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fn parallel_capacity(capacities : ArrayView[Double]) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

peclet_number

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fn peclet_number(velocity_m_per_second~ : Double, length_meter~ : Double, diffusivity_square_meter_per_second~ : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

pipe_area

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fn pipe_area(diameter : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

pipe_diameter_for_velocity

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fn pipe_diameter_for_velocity(volumetric_flow : Double, target_velocity : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

pipe_pressure_drop

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fn pipe_pressure_drop(length : Double, diameter : Double, density : Double, velocity : Double, friction_factor : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

pipe_velocity

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fn pipe_velocity(volumetric_flow : Double, diameter : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

pressure_drop_fraction

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fn pressure_drop_fraction(inlet : Pressure, outlet : Pressure) -> Double

pressure_drop_pipe

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fn pressure_drop_pipe(friction_factor~ : Double, length_meter~ : Double, diameter_meter~ : Double, density~ : Density, velocity_m_per_second~ : Double) -> Pressure raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

pump_power

source

fn pump_power(volumetric_flow : Double, pressure_rise : Double, efficiency : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

residence_time_from_flow

source

fn residence_time_from_flow(vessel_volume~ : Volume, volumetric_flow~ : Volume, duration~ : Duration) -> Duration raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Convert a volumetric flow into a residence time for a vessel.

residence_time_from_geometry

source

fn residence_time_from_geometry(vessel_volume~ : Volume, carrier_flow~ : Volume, solvent_flow~ : Volume, duration~ : Duration) -> Duration raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

reynolds_number

source

fn reynolds_number(density~ : Density, velocity_m_per_second~ : Double, diameter_meter~ : Double, viscosity~ : DynamicViscosity) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

schmidt_number

source

fn schmidt_number(viscosity~ : DynamicViscosity, density~ : Density, diffusivity_square_meter_per_second~ : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

sensible_heat_duty

source

fn sensible_heat_duty(mass_flow : Double, heat_capacity : Double, inlet_temperature : Double, outlet_temperature : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

series_resistance

source

fn series_resistance(resistances : ArrayView[Double]) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

size_horizontal_tank

source

fn size_horizontal_tank(working_volume : Double, surge_fraction? : Double, length_to_diameter? : Double) -> StorageSizing raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

size_vertical_tank

source

fn size_vertical_tank(working_volume : Double, surge_fraction? : Double, aspect_ratio? : Double) -> StorageSizing raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

steam_flow

source

fn steam_flow(duty : Double, latent_heat : Double, condensate_subcooling? : Double, heat_capacity? : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

storage_volume

source

fn storage_volume(flow_rate : Double, residence_time : Double, surge_fraction? : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

temperature_rise

source

fn temperature_rise(inlet : Temperature, outlet : Temperature) -> Double

thermal_duty_from_heat_capacity

source

fn thermal_duty_from_heat_capacity(mass_flow_kg_per_second~ : Double, heat_capacity_kj_per_kg_k~ : Double, inlet~ : Temperature, outlet~ : Temperature) -> Energy raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

thermal_load_split

source

fn thermal_load_split(total_duty : Double, hot_fraction : Double) -> (Double, Double) raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

utility_cost

source

fn utility_cost(consumption : Double, unit_price : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

utility_loads_markdown

source

fn utility_loads_markdown(loads : ArrayView[UtilityLoad]) -> String

utility_loads_total

source

fn utility_loads_total(loads : ArrayView[UtilityLoad]) -> Double

utility_name

source

fn utility_name(kind : UtilityKind) -> String

volume_flow_from_mass

source

fn volume_flow_from_mass(mass_flow~ : MassFlow, density~ : Density) -> Volume

weber_number

source

fn weber_number(density~ : Density, velocity_m_per_second~ : Double, length_meter~ : Double, surface_tension_newton_per_meter~ : Double) -> Double raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Source Files

Site source Report issue Packages Build queue Skills Statistics

#Amount

#Amount::add

#Amount::convert

#Amount::kilomole

#Amount::mole

#Amount::new

#Amount::pound_mole

#AmountUnit

#CapacityCheck

#Concentration

#Concentration::mass_fraction

#Concentration::new

#Concentration::ratio

#Density

#Density::mass

#Density::new

#Density::volume

#DimensionlessGroups

#Duration

#Duration::new

#Duration::per_second

#DynamicViscosity

#DynamicViscosity::centipoise

#DynamicViscosity::kinematic

#DynamicViscosity::new

#Energy

#Energy::add

#Energy::convert

#Energy::joule

#Energy::kilojoule

#Energy::kilowatt_hour

#Energy::megajoule

#Energy::new

#Energy::scale

#EnergyUnit

#Mass

#Mass::add

#Mass::convert

#Mass::new

#Mass::unit

#Mass::value

#MassFlow

#MassFlow::kg_per_hour

#MassFlow::kg_per_second

#MassFlow::new

#MassFlow::scale

#MassUnit

#MolarFlow

#MolarFlow::kilomole_per_hour

#MolarFlow::mole_per_second

#MolarFlow::new

#MolarFlow::scale

#OperatingConditions

#OperatingConditions::new

#OperatingConditions::pressure

#OperatingConditions::residence_time

#OperatingConditions::temperature

#OperatingConditions::with_pressure

#OperatingConditions::with_residence_time

#OperatingConditions::with_temperature

#Power

#Power::energy_for

#Power::kilowatt

#Power::new

#Power::watt

#Pressure

#Pressure::atmosphere

#Pressure::bar

#Pressure::convert

#Pressure::drop

#Pressure::kilopascal

#Pressure::millimeter_hg

#Pressure::new

#Pressure::pascal

#Pressure::ratio

#Pressure::unit

#Pressure::value

#PressureUnit

#StorageSizing

#Temperature

Amount

Amount::add

Amount::convert

Amount::kilomole

Amount::mole

Amount::new

Amount::pound_mole

AmountUnit

CapacityCheck

Concentration

Concentration::mass_fraction

Concentration::new

Concentration::ratio

Density

Density::mass

Density::new

Density::volume

DimensionlessGroups

Duration

Duration::new

Duration::per_second

DynamicViscosity

DynamicViscosity::centipoise

DynamicViscosity::kinematic

DynamicViscosity::new

Energy

Energy::add

Energy::convert

Energy::joule

Energy::kilojoule

Energy::kilowatt_hour

Energy::megajoule

Energy::new

Energy::scale

EnergyUnit

Mass

Mass::add

Mass::convert

Mass::new

Mass::unit

Mass::value

MassFlow

MassFlow::kg_per_hour

MassFlow::kg_per_second

MassFlow::new

MassFlow::scale

MassUnit

MolarFlow

MolarFlow::kilomole_per_hour

MolarFlow::mole_per_second

MolarFlow::new

MolarFlow::scale

OperatingConditions

OperatingConditions::new

OperatingConditions::pressure

OperatingConditions::residence_time

OperatingConditions::temperature

OperatingConditions::with_pressure

OperatingConditions::with_residence_time

OperatingConditions::with_temperature

Power

Power::energy_for

Power::kilowatt

Power::new

Power::watt

Pressure

Pressure::atmosphere

Pressure::bar

Pressure::convert

Pressure::drop

Pressure::kilopascal

Pressure::millimeter_hg

Pressure::new

Pressure::pascal

Pressure::ratio

Pressure::unit

Pressure::value

PressureUnit

StorageSizing

Temperature