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SUPERCELL
Summary
Research purpose
-Analyzing the dynamic process of a supercell according to the initial radius of the initial thermal bubble.
-Research to determine how initial bubble size affects specific aspects of a supercell
Research Method
- Using WRF Model to Simulate Idealized Supercell Case
Variables
- Intensity : W, U, V
- Precipitation: QCLOUD, QRAIN, RAINC, RAINNC,
- Splitting supercell : W, U, V, QCLOUD, QRAI
Results and Conclusion
As the initial thermal bubble size increases, the updrafts and downdrafts of the supercell intensify, leading to increased precipitation. The cells separate quickly, and even after separation, the updrafts and vorticity strengthen, maintaining a higher level of liquid water content.
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