bound_thermal_avg: Thermal internal boundary layer.
In FabianMitze/FieldClimRevised: Calculates Fluxes for Weather Stations
View source: R/boundary_layers.R
bound_thermal_avg R Documentation
Thermal internal boundary layer.
Description
Calculation of the average height of the thermal internal boundary layer.
Usage
bound_thermal_avg(ustar, v, temp_change_dist, t_pot_upwind, t_pot, lapse_rate)
Arguments
ustar
Friction velocity u* in m/s.
v
Windspeed in height of anemometer in m/s.
temp_change_dist
Distance to point of temperature change in m.
t_pot_upwind
Potential temperature in upwind direction in °C.
t_pot
Potential temperature at site in °C.
lapse_rate
Lapse rate in K/m (or °C/m)
Value
Average height of the thermal boundary layer in m.
FabianMitze/FieldClimRevised documentation built on Sept. 4, 2022, 12:38 a.m.
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View source: R/boundary_layers.R
| bound_thermal_avg | R Documentation |
Thermal internal boundary layer.
Description
Calculation of the average height of the thermal internal boundary layer.
Usage
bound_thermal_avg(ustar, v, temp_change_dist, t_pot_upwind, t_pot, lapse_rate)
Arguments
ustar |
Friction velocity u* in m/s. |
v |
Windspeed in height of anemometer in m/s. |
temp_change_dist |
Distance to point of temperature change in m. |
t_pot_upwind |
Potential temperature in upwind direction in °C. |
t_pot |
Potential temperature at site in °C. |
lapse_rate |
Lapse rate in K/m (or °C/m) |
Value
Average height of the thermal boundary layer in m.
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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