Novel Eulerian two-phase simulations for burial dynamics of munitions. SERDP, 9/2019~9/2021, PI: Hsu, Co-PI: Julien Chauchat (LEGI, France).
Frontal Structure and Surface Signatures Revealed by Non-hydrostatic Eddy Resolving Numerical Simulations. Office of Naval Research (N00014-17-1-2796), 7/2017~7/2021, PI Hsu with Co-PI F. Shi and J. Kirby.
Grain/turbulence-scale numerical simulation of heterogeneous sediment transport and their parameterization in coastal models. Office of Naval Research, 7/2018~7/2021. PI: Hsu
Collaborative Research: Large-scale laboratory investigation and numerical modeling of sheet flow sediment transport dynamics across a surf zone sand bar. National Science Foundation (OCE-1356855), 2/2014~1/2018, PI Puleo and Co-PI Hsu.
An Euler-Lagrangian Numerical Modeling for Poly-dispersed Sediment Transport under Waves. Office of Naval Research (N00014-16-1-2853). 7/2016 ~ 6/2018, PI Hsu.
Collaborative Research: The interaction of waves, tidal currents and river outflows and their effects on the delivery and resuspension of sediments in the near field (NSF).
Frontal Structure in the Columbia River Plume Nearfield – A Non-hydrostatic Coastal Modeling Study (ONR).
A 3D Coupled Euler-Lagrangian Numerical Modeling Framework for Poly-dispersed Sediment Transport Simulations (ONR).
The Trapping, Storage, and Resuspension of Sediments in the Columbia River Estuary and Near Field Plume (ONR, RIVET II).
Interactions of Waves, tidal currents and riverine outflow and their effects on sediment transport (ONR, RIVET I -data analysis).
NEESR: Tsunami Induced Coherent Structures and their Impact on our Coastal Infrastructure (NSF; subcontract from UNH).