We apply modeling and simulation tools to evaluate both light water reactors and advanced reactor concepts
We create scalable, multi-objective optimization algorithms to accelerate the design process of nuclear reactors, especially in high-fidelity and computationally intensive simulations.
We design advanced numerical methods to efficiently solve neutron transport problems relevant to nuclear reactor applications.
We conduct coupled simulations involving neutronics, thermal-hydraulics, and fuel performance to gain deeper insights into the safety and behavior of advanced reactors.
We develop neural network-based surrogate models to predict high-fidelity outcomes from low-fidelity simulations, enabling more efficient analysis.
2023
Nuclear Engineering and Design
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2023
Nuclear Engineering and Design
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2022
Neural Computing and Applications
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