Current Students

PhD Students

  • Venkat Krisshna: Using high-fidelity simulations to further understanding of rotary bell cup atomization used for automotive painting

Master's Students

  • Brendan Christensen: Developing a numerical approach to use extracted data on how liquid structures breakup from atomization simulations to further understanding

Former Students

PhD Students

  • Brian Turnquist (2020) "Intrusive Uncertainty Quantification Method for Simulations of Gas-Liquid Multiphase Flows"

Master's Students

  • Clark Rubel (2019) "Extraction of Droplet Genealogies From High-Fidelity Atomization Simulations "
  • Will Krolick (2018) "Characterization of the Primary Instability on Atomizing Jets using Dynamic Mode Decomposition"
  • Gereint Sis (2018)  "Improving Contact Angle Models for Droplets by Optimizing A Curvature Evaluation Scheme"
  • Eric Cauble (2016) "Numerical Methods for Simulating Droplets Dynamics in Microfluidic Devices"
  • Patrick Sheehy (2016) "Numerical Study of Electric Reynolds Number on Electrohydrodynamic (EHD) Assisted Atomization

Undergraduate Students

  • Noah Anderson: Extending semi-Lagrangian fluxes near solid boundaries
  • Kris Olshefski (2017) Load balancing multiphase flows calculations
  • Grant Rydquist (2017) Simulations of jet in crossflow to assist in Magnetic Resonance Thermometry (MRT) experiment design
  • Tanner Ballance (2017) Numerical methods for calculating contact angles
  • Seth Whiteside (2017) Effect of buoyancy on flow around heated building
  • Jacob Senecal (2016) Optimal scale for curvature calculations in multiphase flows
  • Robert Aaron Currie (2016) Least squares method to compute interface curvatures