Parallel-Computing Two-Way Grid-Nested Storm Surge Model with a Moving Boundary Scheme and Case Study of the 2013 Super Typhoon Haiyan

Keyphrases

• Super Typhoon Haiyan 100%
• Parallel Computing 100%
• Storm Surge 100%
• Storm Surge Prediction 100%
• Moving Boundary 100%
• Two-way Grid 100%
• Boundary Cases 100%
• Boundary Schemes 100%
• Numerical Tools 66%
• Flood Depth 66%
• Tacloban 66%
• Finite Difference Method 33%
• Airport 33%
• Coastal Area 33%
• Climate Change 33%
• Inundation 33%
• Model Validation 33%
• Offshore Region 33%
• Benchmark Problems 33%
• Advection Term 33%
• Nearshore Zone 33%
• Parallel Efficiency 33%
• Inundation Area 33%
• Tropical Storms 33%
• Induced Current 33%
• Coastal Inundation 33%
• Runup Height 33%
• Nonlinear Advection 33%
• Grid Nesting 33%
• Solitary Wave Runup 33%
• Inundation Depth 33%
• Moving Shoreline 33%
• Free Surface Elevation 33%
• Catastrophic Storms 33%
• Storm Surge Inundation 33%
• Numerical Filters 33%
• Circular Island 33%
• Disaster Assessment 33%
• Coastal Flood 33%
• Elevation Levels 33%

Engineering

• Free Surface 100%
• Climate Change 100%
• Benchmark Problem 100%
• Advection Term 100%
• Climatic Change 100%
• Finite Difference Method 100%
• Parallel Computer 100%
• Solitary Wave 100%

Earth and Planetary Sciences

• Storm Surge 100%
• Storm 33%
• Field Survey 16%
• Climate Change 16%
• Advection 16%
• Coastal Region 16%
• Solitary Wave 16%
• Model Validation 16%
• Tropical Storm 16%
• Finite Difference Method 16%
• Wave Runup 16%