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Section Description

Last Updated:
Tuesday, 15-Jul-2008 11:05:14 PDT
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Mesoscale
Modeling (Code 7533)
Section
Head: 7533@nrlmry.navy.mil
The Mesoscale Modeling Section develops
and applies computer models for the dynamic prediction of atmospheric
and oceanographic variables and for fundamental investigations of regional-scale
environmental processes, with emphasis on coastal environments, topographic
effects, and air/sea/land interactions. The primary models of interest
are the NRL-developed Coupled
Ocean/Atmosphere Mesoscale Prediction System (COAMPS) and
the NRL
Coastal Ocean Model (NCOM) .
| The Mesoscale Modeling
Section is working in these main areas: |
- Nonhydrostatic Mesoscale Model
Development
- Operational
improvements to COAMPS for central site and on-scene
prediction.
- Atmosphere/ocean circulation/ocean
wave coupling.
- Land surface modeling and
urban effects.
- Representation of sub-grid-scale
orography.
- Sea-surface temperature analysis.
- Embedded aerosol modeling.
- Physical parameterization
development (surface layer, boundary layer, turbulence closures,
convection, cloud/aerosol microphysics, radiation).
- Dynamical core development
(dynamically moving nested grids, lateral and upper boundary
conditions, numerical methods for nonhydrostatic models).
- Implementation of software
on scalable computer architectures (Message Passing Interface).
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- Theoretical and Process-Based
Modeling Studies.
- Applied Research Problems.
- Refractive effects.
- Electromagnetic wave propagation.
- Tropical cyclone structure
and intensity forecasting.
- Dynamical forcing of aerosol
events.
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