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Author(s)
Trajectory of Energy Engineering, University of the Ciénega of Michoacán State, Sahuayo, México.
Trajectory of Energy Engineering, University of the Ciénega of Michoacán State, Sahuayo, México.
Trajectory of Energy Engineering, University of the Ciénega of Michoacán State, Sahuayo, México.
Trajectory of Educational Innovation, University of the Ciénega of Michoacán State, Sahuayo, México.
Trajectory of Energy Engineering, University of the Ciénega of Michoacán State, Sahuayo, México.
Trajectory of Energy Engineering, University of the Ciénega of Michoacán State, Sahuayo, México.
Trajectory of Energy Engineering, University of the Ciénega of Michoacán State, Sahuayo, México.
Trajectory of Educational Innovation, University of the Ciénega of Michoacán State, Sahuayo, México.
Trajectory of Energy Engineering, University of the Ciénega of Michoacán State, Sahuayo, México.
An equation model
for calculating the adiabatic temperature of the wet-bulb thermometer has been
obtained empirical fit through a meteorological database, specificly a trough
relative humidity and air temperature. A comparison of the results of
calculations with the use of this equation and from meteorological database was
made. The model deducted of the comparison is valid for a dry bulb temperature
range of 3°C to 35°C and for relative humidity percentage in a range of 7% to
97%. Normalized errors are less than 5.5%. It means a maximum variation of 0.55°C
from data. However, this variation from error represents only 3.6% of the data
sample. The equation model was satisfactory.
KEYWORDS
Cite this paper
Estrada-Jaramillo, M. , Vera-Romero, I. ,
Martínez-Reyes, J. , Ortíz-Soriano, A. and Barajas-Ledesma, E. (2014)
Empirical Model to Calculate the Thermodynamic Wet-Bulb Temperature of
Moist Air. Engineering, 6, 500-506. doi: 10.4236/eng.2014.69052.
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