Relocatable Modeling Environment Applications in Coastal, Semi-Enclosed, and Marginal Seas

To provide the Navy's R&D and operational communities with the means to rapidly relocate, test, and transition increasingly complex numerical models of coastal, semi-enclosed, and marginal seas that can be configured to run in any region of the world's oceans with relative ease. To com...

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Bibliographic Details
Main Author: Anantharaj, Valentine
Other Authors: MISSISSIPPI STATE UNIV STENNIS SPACE CENTER CENTER FOR AIR SEA TECHNOLOGY
Format: Text
Language:English
Published: 1998
Subjects:
Physical and Dynamic Oceanography
Computer Programming and Software
*COASTAL REGIONS
*GRAPHICAL USER INTERFACE
*NORTH ATLANTIC OCEAN
*OCEAN MODELS
*RELOCATION
*TRANSITIONS
*YELLOW SEA
BATHYMETRY
MATHEMATICAL MODELS
OCEAN CURRENTS
TEST AND EVALUATION
THREE DIMENSIONAL
TIDAL CURRENTS
TWO DIMENSIONAL
*CURRENTSS(COLORADO UNIVERSITY RAPIDLY RELOCATABLE NESTED TIDAL AND STORM SURGE MODEL)
*RELOCATABLE MODELING ENVIRONMENT
SEMI-ENCLOSED SEAS
MARGINAL SEAS
BAROCLINIC TIDAL MODELS
NORTH ATLANTIC BIGHT
2-D CURRENTSS MODEL
3-D BAROCLINIC MODEL
STORM SURGES
North Atlantic
Online Access:http://www.dtic.mil/docs/citations/ADA551132
http://oai.dtic.mil/oai/oai?&verb=getRecord&metadataPrefix=html&identifier=ADA551132
Description
Summary:To provide the Navy's R&D and operational communities with the means to rapidly relocate, test, and transition increasingly complex numerical models of coastal, semi-enclosed, and marginal seas that can be configured to run in any region of the world's oceans with relative ease. To complete the validation of the 2-D Colorado University (CU) Rapidly Relocatable Nested Tidal and Storm Surge (CURReNTSS) Model with the entire process integrated into a relocatable modeling environment (RME) provided under a graphical user interface (GUI), and begin the integration of a 3-D baroclinic tidal model into the same environment. See also ADM002252.

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