Jiaming Zhang

By |

Year

2019-2020

Research Description

Modeling and understanding the interactions between multiple perturbations on complex networks.

Jiale Tan

By |

Year

2019-2020

Research Description

My interest is to apply computational skills to public health challenges so that I can develop and apply modeling techniques for infectious and noninfectious diseases, including for viral infections like HIV and HCV, sexually transmission infections and eventually use them for modeling non-communicable diseases. I like developing machine learning algorithms, Optimization, Stochastic process, Simulation.

Chonxing Fan

By |

Year

2019-2020

Research Description

Atmospheric radiation/clouds and aerosols

Suyash Tandon

By |

Year

2019-2020

Research Description

Large-scale computations of turbulent flows, with focus on development of a compressible flow solver based on recovery-assisted discontinuous Galerkin method to solve complex turbulent flow problems at extreme-scales. The solver has multi-CPU and multi-GPU compute capabilities and targets mixed precision calculations and data compression for power-performance balance at extreme-scales.

Guodong Chen

By |

Year

2019-2020

Research Description

Aerodynamic shape optimization with discretization error control.

Saibal De

By |

Year

2019-2020

Research Description

Developing high performance computing frameworks and novel fast algorithms for numerical simulation of granular and particulate flows.

Elizabeth Livingston

By |

Year

2019-2020

Research Description

Computational modeling of biomedical engineering problems. Of particular interest to her is the growth and remodeling of the cardio-vascular system.

Minki Kim

By |

Year

2019-2020

Research Description

Numerical and physical modelings of inertial collapse of cavitation bubbles using high-fidelity simulation

Xian Yu

By |

Year

2019-2020

Research Description

Multistage stochastic programming and distributionally robust optimization, with applications in transportation and logistics.

Yuan Yao

By |

Year

2019-2020

Research Description

High-fidelity numerical modeling of particle-laden flows