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@@ -508,10 +508,10 @@
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    if clo <= 0:
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        w_crit = 0.38 * pow(air_velocity, -0.29)  # evaporative efficiency
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        i_cl = 1.0  # thermal resistance of clothing, clo
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        i_cl = 1.0  # permeation efficiency of water vapour through the clothing layer
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    else:
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        w_crit = 0.59 * pow(air_velocity, -0.08)
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        i_cl = 0.45
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        i_cl = 0.45 # permeation efficiency of water vapour through the clothing layer
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    # h_cc corrected convective heat transfer coefficient
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    h_cc = 3.0 * pow(pressure_in_atmospheres, 0.53)
@@ -545,6 +545,7 @@
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        while not tc_converged:
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            # 0.72 in the following equation is the ratio of A_r/A_body see eq 35 ASHRAE fund 2017
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            c_hr = 4.0 * sbc * ((t_cl + tr) / 2.0 + 273.15) ** 3.0 * 0.72
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            h_t = c_hr + h_cc
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            r_a = 1.0 / (f_a_cl * h_t)
Files Coverage
src/pythermalcomfort 48.14%
tests 100.00%
Project Totals (8 files) 56.46%
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