My research falls into five areas, as follows.

1. Computational Fluid Dynamics (CFD)

• Developing a new two-phase flow C++ solver for performing high-fidelity spray simulations
• Developing new numerical algorithms for two-phase compressible pressure and energy calculations
• Performing high-fidelity atomization simulations using realistic engineering nozzle configuration
• Performance evaluation of the adaptive mesh refinement solver interDyMFoam
• Downwash flow analysis of unmanned aerial vehicle
• Verification of Lagrangian equation of motion under low-Weber number conditions

2. Modeling of Two-Phase Flows

• Modeling of secondary droplet breakup
• Modeling of Lagrangian droplet vaporization

3. Thermal/Heat Transfer Analysis

• Enhanced the heat transfer performance of a large-scale industrial motor
• Optimized the thermal dissipation performance of an industrial oven

4. Computer-aided Design (CAD)

• Frame/Fin designs of a totally-enclosed fan-cooled motor
• Desgin of a hyperbolic reflective shock tunnel

5. Renewable Energy

• Modeling of solar diffusion fraction
• Design of a compound parabolic solar collector
• Established a typical meteorological year database