Research Article
Impact of Parameterization of Physical Processes on Simulation of Track and Intensity of Tropical Cyclone Nargis (2008) with WRF-NMM Model
Table 1
Details of the WRF-NMM model specifications.
| Model | NCEP mesoscale model WRF-NMM V3.0.1 |
| Dynamics | Nonhydrostatic with terrain following hybrid pressure sigma vertical coordinate. |
| Map projection | Rotated lat-lon |
| Resolution | 9 km |
| No. of vertical levels | 51 |
| Horizontal grid scheme | Arakawa E-grid |
| Time integration scheme | Horizontal: forward-backward scheme | Vertical: Implicit scheme |
| Lateral boundary condition | NCEP/NCAR GFS forecast |
| Radiation scheme | Long wave: GFDL | Short wave: GFDL |
| Planetary boundary layer parameterization schemes | (1) NCEP GFS | (2) Yonsei University (YSU) |
| Cumulus parameterization schemes | (1) Kain-Fritsch | (2) Betts-Miller-janjic | (3) Grell-Devenyi | (4) Simplified Arakawa Schubert |
| Land surface physics | (1) NMM | (2) Thermal diffusion | (3) Noah | (4) RUC |
| Microphysics | (1) Ferrier | (2) WSM 5-class | (3) WSM 6-class graupel | (4) Thompson |
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