New Computational Approaches to Storm Surge Modelling | SIAM

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New Computational Approaches to Storm Surge Modelling

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GS19 - MS54-1: A Survey of Recent Advances in Storm Surge Simulations

Presentation: Nicole Beisiegel, University College Dublin, Ireland, 21 min 47 sec

GS19 - MS54-1: A Survey of Recent Advances in Storm Surge Simulations

Document: GS19 - MS54-1: A Survey of Recent Advances in Storm Surge Simulations

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GS19 - MS54-2: Application of Adjoint Methods to Storm Surge Sensitivity Analysis

Presentation: Simon C Warder, Imperial College London, United Kingdom, 21 min 46 sec

GS19 - MS54-2: Application of Adjoint Methods to Storm Surge Sensitivity Analysis

Document: GS19 - MS54-2: Application of Adjoint Methods to Storm Surge Sensitivity Analysis

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GS19 - MS54-3: Surge Dynamics Across a Complex Bay Coastline, Galveston Bay, Tx

Presentation: Clint Dawson, University of Texas at Austin, USA, 25 min 52 sec

GS19 - MS54-3: Surge Dynamics Across a Complex Bay Coastline, Galveston Bay, Tx

Document: GS19 - MS54-3: Surge Dynamics Across a Complex Bay Coastline, Galveston Bay, Tx

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GS19 - MS54-4: Modeling Hurricane Waves and Storm Surge

Presentation: Clint Dawson, University of Texas at Austin, USA, 19 min 9 sec

GS19 - MS54-4: Modeling Hurricane Waves and Storm Surge

Document: GS19 - MS54-4: Modeling Hurricane Waves and Storm Surge

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GS19 - MS54-5: A Green's Function Approach to Efficient Shallow Water Uncertainty Quantification

Presentation: Will D Mayfield, Oregon State University, U.S., 15 min 2 sec

GS19 - MS54-5: A Green's Function Approach to Efficient Shallow Water Uncertainty Quantification

Document: GS19 - MS54-5: A Green's Function Approach to Efficient Shallow Water Uncertainty Quantification