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RESULTS

What is the results of the case study?

Urban Size

lm = 10 (Urban 20%)

lm = 20 (Urban 40%)

lm = 40 (Urban 80%)

High T (Summer)

Temperature

Defualt

Low T (Winter)

Urban Size

lm = 10 (Urban 20%)

lm = 20 (Urban 40%)

lm = 40 (Urban 80%)

High T (Summer)

Defualt

Low T (Winter)

Temperature

Urban Size

lm = 10 (Urban 20%)

lm = 20 (Urban 40%)

lm = 40 (Urban 80%)

High T (Summer)

Defualt

Low T (Winter)

summer_lm10.gif
summer_lm20.gif
summer_lm40.gif
default_lm10.gif
default_lm20.gif
default_lm40.gif
winter_lm10.gif
winter_lm20.gif
winter_lm40.gif

Temperature

Urban Size

lm = 10 (Urban 20%)

lm = 20 (Urban 40%)

lm = 40 (Urban 80%)

High T (Summer)

Defualt

Low T (Winter)

U_wind_summer_lm10.gif
U_wind_summer_lm20.gif
U_wind_summer_lm40.gif
U_wind_default_lm10.gif
U_wind_default_lm20.gif
U_wind_default_lm40.gif
U_wind_winter_lm10.gif
U_wind_winter_lm20.gif
U_wind_winter_lm40.gif

Temperature

Urban Size

lm = 10 (Urban 20%)

lm = 20 (Urban 40%)

lm = 40 (Urban 80%)

High T (Summer)

Defualt

Low T (Winter)

W_wind_summer_lm10.gif
W_wind_summer_lm20.gif
W_wind_summer_lm40.gif
W_wind_default_lm10.gif
W_wind_default_lm20.gif
W_wind_default_lm40.gif
W_wind_winter_lm10.gif
W_wind_winter_lm20.gif
W_wind_winter_lm40.gif

Temperature

2023-2 Numerical Weather Prediction
Team 4

Ideal Urban Heat Island Simulation

- Analysis of relationship between heat dome intensity and the degree of urbanization

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