Mesocyclone | Mysite

3. Analysis

First, we can know the larger the initial xyrad, the larger the diameter of the mesocyclone.

10000&1500

25000&1500

The following is arranging the maximum value of z-wind velocity of mesocyclone at each time and height(2km, 3km, 4km, 5km, 6km, 7km, 8km, 9km,10km).

The maximum value represents the z-wind of the mesocyclone because we want to see whether the updraft of the mesocyclone has become stronger.

1) 5000&1500

2) 10000&1500

3) 25000&1500

Prior to analysis, we find out from this data that the z-wind size of mesocyclone increases to 7-9 km and

z-winds are the strongest at 7-9 km and then decrease thereafter.

So, the updraft of mesocyclone will be as follows.

: From this, we can see that z-winds of mesocyclone become stronger up to 7-9 km and then weaken.

z-wind at 1:05:00, by height

- In the case of initial xyrad = 5000 m, when mesocyclone is maintained, z-winds are blowing at an average wind speed of 32 - 40 m/s at an height of 7-9 km. And the maximum z-wind velocity is 40 m/s.

- In the case of initial xyrad = 10000 m, when mesocyclone is maintained, z-winds are blowing at an average wind speed of 36 - 40 m/s at an height of 7-9 km. And the maximum z-wind velocity is 40 m/s.

- In the case of initial xyrad = 25,000 m, when mesocyclone is maintained, z-winds are blowing at an average wind speed of 36 - 44 m/s at an height of 7-9 km . And the maximum z-wind velocity is 44 m/s.

To easily compare the size of the vertical wind of mesocyclone by the initial xyrad value, the table was graphically visualized.