Private types and functions
Documentation for ClimaSeaIce.jl
's internal interfaces.
ClimaSeaIce
ClimaSeaIce.LinearLiquidus
— TypeLinearLiquidus(FT=Float64,
slope = 0.054, # psu / ᵒC
freshwater_melting_temperature = 0) # ᵒC
Return a linear model for the dependence of the melting temperature of saltwater on salinity,
\[Tₘ(S) = T₀ - m S ,\]
where $Tₘ(S)$ is the melting temperature as a function of salinity $S$, $T₀$ is the melting temperature of freshwater, and $m$ is the ratio between the melting temperature and salinity (in other words the linear model should be thought of as defining $m$ and could be written $m ≡ (T₀ - Tₘ) / S$. The signs are arranged so that $m > 0$ for saltwater).
The defaults assume that salinity is given in practical salinity units psu
and temperature is in degrees Celsius.
Note: the function melting_temperature(liquidus, salinity)
returns the melting temperature given salinity
.
ClimaSeaIce.EnthalpyMethodSeaIceModels
ClimaSeaIce.EnthalpyMethodSeaIceModels.EnthalpyMethodSeaIceModel
— MethodEnthalpyMethodSeaIceModel(; grid, kw...)
Return a thermodynamic model for ice sandwiched between an atmosphere and ocean on an Eulerian grid.
ClimaSeaIce.EnthalpyMethodSeaIceModels.compute_tendencies!
— MethodCalculate the right-hand-side of the free surface displacement (η) equation.