Computational Oceanography and Dynamics of Air-sea interaction (CODA) Laboratory (previously
High-performance Computing & Environmental Fluid Dynamics Laboratory,
HC/EFDL
[MOVIE])
mainly focuses on the
computational modeling for Geophysical Fluid Dynamics (GFD) and its
application in oceanic and atmospheric dynamics. In particular, our primary expertise is in the
ocean-atmosphere interaction and multidisciplinary applications using high performance computational
tools. This involves Pacific interannual to decadal variability, ENSO prediction, integrated
coastal/global ocean modeling, Earth System Model development and parameterization, large-eddy
simulation for environmental flows and boundary layers, and sub-grid scale modeling. With the recent
advance of computational tools, we are targeting multi-scales environmental flow applications covering
a broad range of spectrum.
Recent Research Focuses
- North Pacific Variability:
-Two type of ENSO prediction [DOI]
-ENSO prediction beyond the Spring Barrier [DOI]
-EAWM influence on the NPO [DOI]
-Pacific Warm Blob leading to the 2015/16 El Nino [DOI] - Regional ocean & atmosphere Modelling:
-Influence of ENSO on the Kuroshio in the Luzon Strait [DOI]
-Impact of ENSO on the SCS [DOI] - Impacts of Sahara dust on the air-sea interaction over North Atlantic [DOI]
- TIMCOM model datasets for the CMIP6 Ocean Model Intercomparison Project (data download:[DOI] [DOI])
- Systematical ocean model biases in the simulation of North Equatorial Countercurrent [DOI]
- IRI ENSO predictions plume (labeled as NTU CODA) [DOI]
Quick Links
- Global and Western North Pacific Oceanic and Atmospheric Simulation
- TIMCOM(2011)
- TIMCOM Animation [AVI] [WMV] [MPEG] [MP4]
- Dietrich/Center for Air Sea Technology (DieCAST)
- Useful links