| Name: Title | Date | Degree | |
| 1. | S. I. Yousuf: in progress | MS | |
| 2. | M. Farah: in progress | MS | |
| 3. | J. Tchapdieu: in progress | MS | |
| 4. | A. Abrantes: in progress | MS | |
| 5. | S. Dias: Identifying the Onset of Buffet Boundaries using Sliding-Window Dynamic Mode Decomposition (w/ M. Budisic & P. Piperni) | 2024 | PhD |
| 6. | T. Ball: Linear Analysis of the Effect of Upwinding on Shock-Fitting Schemes | 2023 | MS |
| 7. | J. Appleton: On the Develompent and Existence of Continuous Triangular hp/Finite Element Methods for Time-Dependent Applications | 2021 | PhD |
| 8. | N. Bagheri-Sadeghi: Optimal Aerodynamic Design of Ducted Wind Turbines (w/ K. Visser) | 2021 | PhD |
| 9. | L. D’Aquila: High-Order Accurate Shock Fitting with Finite Elements | 2020 | MS |
| 10. | R. Venters: Turbulent Particle-Laden Flow in Duct Geometries | 2020 | PhD |
| 11. | N. Makowski: Scaling of Permanent Magnet Machines with Thermal Effects | 2019 | MS |
| 12. | A. Montgomery: A CFD Investigation of Impeller Driven Airflow in an Electric Motor | 2018 | MS |
| 13. | R. Marvin: Compact Permanent Magnet Motor with Improved Cooling | 2017 | PhD |
| 14. | I. Udagedara: Reduced Order Modeling for Monte Carlo Simulations in Radiation Transport | 2017 | PhD |
| 15. | D. Broomfield: Optimization of Solder Reflow Profile Using Contact Soldering | 2016 | MS |
| 16. | Z. Hughes: The Design of a Parametric Model of a Doubles Luge Sled | 2015 | ME |
| 17. | B. Jordan: Understanding the Bolted-Flange Connection for Transportation Equipment: The Importance of a System-Based Approach | 2015 | ME |
| 18. | B. Heckendorf: Development of a Parametric Model of a Luge Sled | 2014 | MS |
| 19. | D. Meyer: Proper Orthogonal Decomposition Based Reduced Basis Element Method Thermal Model of Integrated Circuits | 2014 | MS |
| 20. | R. Venters: A Computational Investigation and Optimization of Wind Speed Augmentation Devices for Wind Turbines | 2014 | MS |
| 21. | F. Behzad: Proper Orthogonal Decomposition Based Reduced Order Modeling for Fluid Flow | 2014 | PhD |
| 22. | H. Enayati: Shoaling Internal Solitary Waves and the Formation of Boluses | 2013 | MS |
| 23. | M. Brazell: Development of a High-Order Continuous Finite Element Method of Tetrahedra and Its Application for Indoor Air Quality Simulations | 2012 | PhD |
| 24. | J. Schaefer: Freeze Drying of Aluminum Nanoflakes: Process Optimization and Modeling (w/ D. Rasmussen & R. Partch) | 2012 | PhD |
| 25. | M. Karri: Thermoelectric Power Generation System Optimization Studies (w/ E. Thacher) | 2010 | PhD |
| 26. | M. Brazell: High Order Finite Elments on Tetrahedrals with Local Mass Matrix Inversion | 2009 | MS |
| 27. | N. Barlow: Analysis of Instabilities in Liquid Sheets Jets | 2009 | PhD |
| 28. | B. Mascarenhas: Analysis of P-Multigrid Solution Schemes for Discontinuous Galerkin Discretization of Flow Problems | 2009 | PhD |
| 29. | E. Durkish: A Finite Element Formulation for Axisymmetric Swirling Flows with an Application to Fuel Slosh | 2007 | MS |
| 30. | N. Barlow: Numerical Studies of the Break-up of Impinging Liquid | 2005 | ME |
| 31. | M. Karri: Modeling Automotive Exhaust Thermo Electric Generator | 2005 | MS |
| 32. | B. O’Donnell: New Modeling Techniques for Flows Over Particles | 2005 | PhD |