Title :
Development of a relocatable coastal forecast system for the US Navy
Author :
Chu, Philip ; Blain, Cheryl Ann ; Linzell, Robert S.
Author_Institution :
Oceanogr. Div., Naval Res. Lab., Stennis Space Center, MS, USA
Abstract :
The goal is to fulfill the US Navy´s need for a relocatable, robust operational coastal forecast system by developing and transitioning a high-resolution, coastal circulation model into the Naval Oceanographie Office´s operational environment. The coastal circulation model undergoing transition is a three-dimensional, finite-element based hydrodynamic model, the Advanced Circulation Model for Shelves, Coastal Seas, and Estuaries (ADCIRC). Its unstructured grid allows modeling complex coastal regions at fine spatial scale. Scripts and programs are developed to automate major tasks of the forecast run stream such as initial setup, forcing data acquisition, model configuration and post-processing. An application of the ADCIRC-based forecast system to the Korean West Coast region is presented.
Keywords :
finite element analysis; naval engineering; oceanographic techniques; oceanography; 3D finite-element based hydrodynamic model; ADCIRC; Advanced Circulation Model for Shelves, Coastal Seas, and Estuaries; Korean West Coast region; Naval Oceanographie Office; US Navy; forcing data acquisition; high-resolution coastal circulation model; model configuration; post processing; relocatable coastal forecast system; robust operational coastal forecast system; Atmospheric modeling; Finite element methods; Mesh generation; Meteorology; Predictive models; Robustness; Sea measurements; Space technology; Technology forecasting; Tides;
Conference_Titel :
OCEANS 2009, MTS/IEEE Biloxi - Marine Technology for Our Future: Global and Local Challenges
Conference_Location :
Biloxi, MS
Print_ISBN :
978-1-4244-4960-6
Electronic_ISBN :
978-0-933957-38-1