Keyphrases
ADCIRC
100%
ADCIRC Model
16%
Algorithm Framework
16%
Algorithm Implementation
16%
Algorithmic Meta-theorems
16%
Army Corps of Engineers
16%
Coastal Circulation
33%
Coastal Engineering
16%
Coastal Flood
16%
Coastal Marine
16%
Coastal Modeling
50%
Coastal States
16%
Coastal Storms
50%
Collaborative Research
50%
Community Model
16%
Computational Engineering
8%
Computational Platform
8%
Computational Science
8%
Computer Science
8%
Core Community
16%
Damage Risk
16%
Educational Outreach
8%
Engineering Performance
16%
Engineering Science
8%
Finite Element Method
16%
Flood Magnitude
16%
Forecast Modeling
16%
Forecasting System
8%
High Performance Computing
16%
High Performance Computing Systems
8%
High-resolution
50%
Hurricane Damage
16%
Hydrology
8%
Intellectual Contribution
8%
Long History
8%
Long-term Solution
8%
Louisiana
8%
Marine Science
8%
Model Solution
16%
Modeling Framework
8%
Modeling Performance
8%
Modeling Results
16%
Modeling Tools
8%
MPI Parallelization
16%
Multiple Solutions
16%
National Centers for Environmental Prediction
16%
National Flood Insurance Program
16%
New Orleans
8%
New York
8%
Open Community
100%
Outreach Activities
8%
Parallelization
25%
Performance Gain
16%
Physical Science
8%
Postdocs
8%
Postdoctoral Scholars
8%
Recent Applications
16%
Reduction System
8%
Risk Reduction
8%
Scalable Computing
16%
Scientific Computation
16%
Single Solution
16%
Societal Impacts
8%
Solution Algorithm
50%
Stochastic Optical Reconstruction Microscopy (STORM)
50%
Storm Damage
16%
Storm Surge
8%
Storm Surge Prediction
50%
Texas
8%
Transformative Intellectuals
16%
User Networks
8%
Engineering
Applicability
16%
Broadening
16%
Coastal Engineering
33%
Conference Paper
33%
Damage Risk
33%
Engineering
33%
Finite Element Method
16%
High Resolution
50%
Journal Paper
16%
Longer Term
16%
Single Solution
33%
Solution Algorithm
100%
Computer Science
Computational Science
16%
Computer Science
16%
Finite Element Method
33%
High-Performance Computing
50%
Modeling Framework
16%
Outreach Activity
16%
Parallelization
100%
Parallelization Paradigm
33%
Performance Gain
33%
Physical Science
16%
Single Solution
33%
Underrepresented Group
16%
Use Case
16%