| Name: Title | Program | Date(Semesters) | |
| 1. | D. Childs, G. Mamoria: DWT Optimization | Und. Res. | 2025(1) |
| 2. | G. Yeboah: Hub Design for DWTs | McNair | 2025(1) |
| 3. | A. Persaud: Aerodynamic Optimization of a Luge Sled | McNair | 2025(1) |
| 4. | D. Long: MC Simulations of 2D Nucleation | Und. Res. | 2025(1) |
| 5. | T. Valle: Modeling the Suspensions of a Luge Sled | McNair | 2024(1) |
| 6. | G. Mamoria: Optimization of Ducted Wind Turbine Hubs | Honors | 2024(1) |
| 7. | T. Purrenhage: Luge CFD Optimization | Und. Res. | 2024(1) |
| 8. | E. Johnson, K. Fenimore: Explicit Unstructured hp Simulations using Kokkos | REU | 2024(1) |
| 9. | S. Barth, C. Austin: Shock Tracking Investigations | Und. Res. | 2024(2) |
| 10. | M. K. Ogden: Luge CFD Optimization | Und. Res. | 2023(1) |
| 11. | T. D. Hanson: SAE Intake Optimization | Und. Res. | 2023(2) |
| 12. | O. J. McGuire: Luge CFD Optimization | Und. Res. | 2023(1) |
| 13. | L. B. Bielawski: Creation of a 3D Luge track for Sochi | Und. Res. | 2023(1) |
| 14. | I. M. Schuchardt: Luge CFD Optimization | Und. Res. | 2023(1) |
| 15. | I. Schuchardt, Z. Woods: Luge CFD Optimization | Und. Res. | 2022(1) |
| 16. | I. M. Schuchardt, S. N. Sikorski: Luge CFD Optimization | Und. Res. | 2022(1) |
| 17. | M. K. Ogden: SAE Intake Optimization | Ind. Proj. | 2022(2) |
| 18. | B. Bates, D. L. Hays, M. N. Karlehag, J. M. Linendoll, C. A. Moser, N. Niles, A. Ratto: Water desalination | Int. Design | 2022(1) |
| 19. | T. Ruiz: GPU Solution of the Heat Equaiton | REU | 2022(1) |
| 20. | K. Vassalo, N. Pascua, J. Jaramillo, A. Pirogova, J. Burns: Design of a Freeze Desalination System | Int. Design | 2021(1) |
| 21. | B. Guilfoil, O. Robilard, H. Walker, E. Weaver, N. Dorrance: Water Desalination | Int. Design | 2021(1) |
| 22. | I. Schuchardt, S. Sikorski, Z. Woods: Luge CFD Optimization | Und. Res. | 2021(1) |
| 23. | M. Gonzalez: DNS simulation of speaking | McNair | 2020(1) |
| 24. | R. King: Coating Flow Analysis | Ind. Proj. | 2020(1) |
| 25. | A. Arshad: Computational Fluid Dynamic Modeling of Aortic Valve Expansion | Honors | 2020(2) |
| 26. | M. Branca: CFD Analysis of Luge | Ind. Proj. | 2019(2) |
| 27. | L. Mellican: 3D Prismatic Meshes for Use in Computational Fluid Mechanics with Parallel Computing | REU | 2019(1) |
| 28. | U. Njike, R. -. Pedie, H. Cline, R. Velaidam: Design of a Freeze Desalination System | Int. Design | 2019(2) |
| 29. | I. Chester, A. Swirsky: Mobile Snowmaking Water Control Valve | Int. Design | 2018(2) |
| 30. | A. DiBello, H. Werner, R. Insogna, C. Sickler: Luge Modeling and Measurement | Int. Design | 2018(2) |
| 31. | U. Njike: Analysis of a Freeze Desalination Process | Honors | 2018(5) |
| 32. | R. Pedie: A Physical Model of Luge Steering | McNair | 2018(1) |
| 33. | P. Boni, B. Gervais, T. Nuttle, R. Spinella, C. Prior, N.Vaccaro: Doubles Luge Modeling | Int. Design | 2018(2) |
| 34. | J. Sakr: Aerodynamic Optimization of a Luge Sled | Honors | 2017(2) |
| 35. | B. Nardone: Internal Wave Induced Mixing | Honors | 2017(2) |
| 36. | J. Hrdina: Numerical Simulation of Solidification | Ind. Proj. | 2016(2) |
| 37. | S. Travaly: MD Simulations of Solidification | Ind. Proj. | 2015(2) |
| 38. | D. Broomfield, K. Kingsley, J. Gavitt, K. Kendall: Electric Motor Manufacturing Fixture | Int. Design | 2015(2) |
| 39. | D. Broomfield, J. Dowst, J. Bauer: Electric Motor Soldering Fixture | Int. Design | 2015(2) |
| 40. | M. Morris: Simulation of Luge Tracks | Ind. Proj. | 2014(2) |
| 41. | J. Barreto: Modeling of the Men’s Luge Start | McNair | 2014(1) |
| 42. | K. Mulvehill: Molecular Dynamics Simulation of Solidification | Honors | 2013(6) |
| 43. | A. Hou: Molecular Dynamics Simulation of Gases | Pre-Frosh | 2013(1) |
| 44. | D. Stone: CAD Modeling of a Doubles Luge Sled | Pre-Frosh | 2013(1) |
| 45. | D. Lienau: Discrete Element Modeling of Snow Friction | Ind. Proj. | 2013(2) |
| 46. | A. Bluestein: Investigation of Drop Break-up | McNair | 2012(1) |
| 47. | B. Conteh: Optimization of Wind Turbines | McNair | 2012(1) |
| 48. | R. Venters: Thermal Modeling of Micro- and Nano-Scale Integrated Circuits | McNair | 2010(2) |
| 49. | J. Callahan: CFD of Circular Cylinders in Cross-flow using RANS Modeling in ANSYS FLUENT: Comparison to Wind Tunnel Data | Honors | 2010(2) |
| 50. | N. Roskoff: Numerical Invesitgation of DAWT’s | Ind. Proj. | 2010(4) |
| 51. | D. Weiner: Using a Cambered Auxiliary Airfoil to Increase Lift and Efficiency of a Clark Y Airfoil at a Low Reynolds Number | Honors | 2010(6) |
| 52. | D. Witman: Applications of the Proper Orthogonal Decomposition to Particle Modeling | Ind. Proj. | 2010(4) |
| 53. | K. Perline: A Hybrid Level-Set/Moving-Mesh Interface Tracking Method | Honors | 2010(6) |
| 54. | D. Witman, P. Wolber, A. Wright, G. String, M. Lang, R. Venters: Impingement Jet Cooling | Int. Design | 2010(4) |
| 55. | G. Ockrin: Analysis of a Two Degree of Freedom Airfoil Using a High Order Finite Element Method | McNair | 2008(1) |
| 56. | M. Wolcott: Heat Transfer Optimization for Laminar Flow in Ribbed Pipes Using CFD | Honors | 2006(2) |
| 57. | R. Tompkins: Development of Parallel Computing at Clarkson University | Ind. Proj. | 2006(1) |
| 58. | B. Hofstead, C. Vintinner: Pulse Jet Research | Int. Design | 2006(2) |
| 59. | B. Hofstead, C. Vintinner: Pulse Jet Research | Ind. Proj. | 2006(2) |
| 60. | C. Mros: Break-up of Liquid Drops | Ind. Proj. | 2005(1) |
| 61. | C. Mros: Break-up of Liquid Drops | McNair | 2005(1) |
| 62. | M. Stolk: Simulation of a Flapping Airfoil | Ind. Proj. | 2005(1) |
| 63. | P. Ashman: Fluent Simulation of Flow over a Wing | Ind. Proj. | 2004(1) |
| 64. | Q. Sodji: - | McNair | 2004(1) |
| 65. | J. Ngambo: Porting of Opencascade Software to OS X and Implementation of Automated CAD Tools for Use in Design | Ind. Proj. | 2004(1) |