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About
CSRS Distinguished Professor in Coastal Engineering
Research in physics-based modeling and computational methods for coastal, hydraulic, and hydrologic engineering.
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Posts
people
Arnob Barua
Working toward a MS in Civil Engineering in the Water Resources Engineering specialty
Cole Statler
Working towards a M.S. in Coastal and Ecological Engineering
Jin Ikeda
Coastal Informatics Analyst (IT Analyst 3)
Linoj Vijayan
Postdoctoral researcher working on Coastal and Riverine Hydrodynamics
Rebecca Schurr
Working toward a MS in Civil Engineering in the Coastal and Ecological Engineering
Shabnam Mirheidarian
Research assistant working on flow-vegatation-sediment systems
Wen-Huai Tsao
IT Consultant working on fluid-structure interaction
projects
CutFEM Methods for FSI
We are developing a new class of cut-cell fintie element methods by extending the CutFEM method of Burman, Massing, and others to use the equilant polynomial...
Immersed interface FEM for air/water flow
We are developing a new computational method for immiscible air/water flows by extending the Immersed Interface Method of Leveque and Li to unstructured fini...
Modeling the Mechanics of the fluid-bed-vegetation interactions in coastal and riverine ecosystems.
River meandering and more generally the dynamics of coastal and riverine morphology has focused heavily and interactions between currents, waves, and sedimen...
Bound-Preserving Higher Order Methods for Infiltration
We are developing a new class of fintie element methods for infiltration that extend recent advancements in bound-preserving and higher-order methods for hyp...
Simulating wave interaction with structures
We are developing fast and accurate methods to simulate wave effects on coastal structures.
research
Finite Element Methods
Developing advanced finite element methods for solving nonlinear model equations in civil engineering applications.
Fluid-Structure Interaction
Modeling how fluids interact with moving and deforming solid structures.
Level Set Methods
Using dynamic implicit surfaces to couple multiple interacting fluid and solid phases.
Multiphase Flows
Modeling how two or more immiscible fluids interact.
software
Air-Water-VV
Air-Water-VV is a repository of models for verfication and valication of air-water flow.
DAETK
The Differential Algebraic Equation ToolKit is a C++ library for solving DAEs.
Hashdist
HashDist is a tool for building software stacks in a reproducible manner.
Proteus
Proteus is a toolkit for computational methods and simulation.