Water waves, free surface hydrodynamics, hydrodynamic stability, geophysical flows, scientific computing
To develop theoretical models for the evolution of nonlinear, broadband, multi-directional surface waves.
To study the evolution of strongly nonlinear internal solitary waves in density-stratified flows.
To investigate stability of nonlinear waves and stratified flows.
To study two-dimensional resonant and near-resonant wave interactions for surface and internal waves.
To model the surface signatures of large amplitude long internal waves (IWs) using nonlinear modulation theories.
To better undestand wave breaking process and develop a mathematical model for energy dissipation.
To develop an efficient numerical method to study nonlinear waves interacting with bodies and disturbances.
To perform small-scale wave tank experiments to study nonlinear progressive and standing waves.
To work on research projects on nonlinear waves in fluids, free surface flows, and geophysical fluid dynamics.
Experimental and numeical research internships are available to work in the Mathematical Water Wave (MW^2) Lab.
To apply, send a CV to wychoi@njit.edu.
PI, National Science Foundation, $360K, 21-25
Co-PI, National Research Foundation of Korea, $125K, 21-22
Co-PI, Petroleum Research Grant, $110K, 19 - 20
PI, Faculty Seed Grant, NJIT, $7.5K, 18 - 19.
PI, National Science Foundation, $324K, 16 - 19
PI, National Science Foundation, $234K, 15 - 18
Co-PI, Korean Federation of Sci. and Tech. Soc., Brain Pool Program, $50K, 14 - 15
Co-PI, National Research Foundation of Korea, WCU Program, $15,000K, 09 – 13
PI, Office of Naval Research, $677K, 05 - 11
PI, Office of Naval Research, $147K, 08 -10
PI, National Science Foundation, $286K, 06 - 09
PI, Office of Naval Research, $110K, 05 - 08
PI, Summer Research Grants, University of Michigan, $4K, 03
PI, Rackham Faculty Grants and Fellowships for Research, $15K, 02 - 03
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