| 35. Anbu Serene Raj, C.; Paramanantham, Vinoth ; Vishnu Prasad, S.; Sameen, A; G. Rajesh, 2025, "Pseudosteady Shock Refraction over Water Wedges: Weak and Strong Incident Shock Strength Groups." Accepted for publication in J. Fluid Mechanics |
| 34. Vishnu Prasad S., Anbu Serene Raj C., Vinoth Paramanantham, Athira C. M., and G. Rajesh, 2025, "A Study on the Expansion Wave Diffraction over Bodies". J. Fluid Mechanics. 1012: A24. DOI |
| 33. DiviaHarshaVardini R C,G. Rajesh, Arul Prakash, and Ikhyun Kim, 2025, "Numerical Study on Parametric Effects of Active Suction for Transition Delay in Hypersonic Boundary Layers", AIAA Journal, 63(3), 1191-1194. DOI |
| 32. DiviaHarshaVardini R C, G. Rajesh, and Arul Prakash, 2024, "A Numerical Study of Laminar/Transitional Shock–Boundary Layer Interaction on a Hypersonic Double Wedge Using a Modified gamma-transition Model," Shockwaves, 34, 515-525. DOI |
| 31. Baby V.Y., Paramanantham V. and G. Rajesh, 2024, "Regular Reflection to Mach Reflection (RR–MR) Transition in Short Wedges. J. Fluid Mechanics. Vol.998:A38. DOI |
| 30. Anbu Serene Raj C, Vishnu Prasad S, Rajesh G, Sameen A., 2024, "Pseudosteady shock refractions Over an Air–Water Interface". J. Fluid Mechanics, Vol.998, A49. DOI |
| 29. G. Sivaprasad, Rajesh Gopalapillai, T. Jayachandran, and Arun Kumar Rajagopal, 2023, "Strong Shock Solutions in Symmetric Wedge Flows: Unphysical or Unstable?," Physics of Fluids, 35, 066104. DOI |
| 28. Vagish D. Mishra, Ashish Mishra,, Luv Verma, G Rajesh, Balkrishna C. Rao and H. Murthy, 2023, “Functional Gradation of Aluminium Alloy by Impact of Ballistics as Severe Plastic Deformation Process," International Journal of Impact Engineering, 174. DOI |
| 27. Arun Kumar. R, G. Rajesh, and Jagadeesh G., 2022, “The Reflection and Refraction of a Curved Shock Front Sliding over an Air-Water Interface,” Shockwaves 32 (6), 497-515, DOI |
| 26. DiviaHarshaVardini R C, Arul Prakash K., and G. Rajesh, 2022, “An All-speed Formulation Using a Modified γ-model for the Prediction of Boundary Layer Transition and Heat Transfer,” International Journal of Heat and Mass Transfer, Vol. 195, 123121. DOI |
| 25. Vinoth Paramanantham, Sushmitha Janakiram, Rajesh Gopalapillai, 2022, "Prediction of Mach Stem Height in Compressible Open Jets, Part I. Overexpanded Jets," J. Fluid Mechanics, Vol. 942, A48. Open Access Article |
| 24. Vagish D. Mishra, Ashish Mishra, Avinash Singh, Luv Verma and G. Rajesh, 2021, "Ballistic Impact Performance of UHMWP Fabric Impregnated with Shear Thickening Fluid Nanocomposite," Composite Structures, Vol.281, 114991. DOI |
| 23. Rohtash Goyal, A. Sameen, T. Jayachandran and G. Rajesh, 2021, "Dynamic Effects in Transition from Regular to Mach Reflection in Steady Supersonic Flows," Physical Review E, 104, 055101. DOI |
| 22. I. V. Thara Reshma, Paramanantham Vinoth, G. Rajesh, and G. Ben-Dor, 2021, "Propagation of a Planar Shock Wave along a Convex-Concave Ramp," J. Fluid Mechanics, Vol. 924, A37. Open Access Article |
| 21. Sreelal M. R. and G. Rajesh, 2020, "Trajectory Predictions of New Lift Separation Sabots," Defence Technology, 17(4), 1361-1373. DOI |
| 20. C. M. Athira, G. Rajesh, Sreelal Mohanan, and Aadhy Parthasarathy, 2020, "Flow Interactions on Supersonic Projectiles in Transitional Ballistic Regimes," J. Fluid Mechanics, 894, A27. DOI |
| 19. K. M. Muhammed Rafi, M. Deepu and G. Rajesh, 2019, "Effect of Heat Transfer and Geometry on Micro-Thruster Performance," International Journal of Thermal Sciences, Vol. 146, 106063. DOI |
| 18. R. Arun Kumar and G. Rajesh, 2019, "Effect of Geometric Configurations on the Starting Transients in Vacuum Ejector," AIAA Journal, 57 (7), 2905-2922. DOI |
| 17. Shobhan Roy and Rajesh Gopalapillai, 2019, "An Analytical Model for Asymmetric Mach Reflection Configuration in Steady Flows," J. Fluid Mechanics, 863, 242-268. DOI |
| 16. R. Arun Kumar and G. Rajesh, 2018, "Physics of Vacuum Generation in Zero-Secondary Flow Ejectors," Physics of Fluids, 30, 066102. (Selected as Editor's Pick.) DOI |
| 15. R. Arun Kumar and G. Rajesh, 2017, "Shock Transformation and Hysteresis in Underexpanded Confined Jets," J. Fluid Mechanics, 823, 538-561. DOI |
| 14. R. Arun Kumar and G. Rajesh, 2016, "Flow Transients in Un-started and Started Modes of Vacuum Ejector Operation," Physics of Fluids, 28, 056105. DOI |
| 13. Ankit Mittal, G. Rajesh, V. Lijo, and H. D. Kim, 2014, "Starting Transients in a Vacuum Ejector-Diffuser System,” J. Propulsion and Power, 30(6), 1213-1223.DOI |
| 12. C. K. Muthukumaran, G. Rajesh, and H. D. Kim, 2013, “Launch Dynamics of Supersonic Projectiles,” J. of Spacecraft and Rockets, 50 (6), 1150-1161.DOI |
| 11. T. Nakabaru, T. Hashimoto, S. Matsuo, T. Setoguchi, and and G Rajesh, 2013, "Generating and focusing of underwater expansion wave using a silicon resin reflector," J. of Thermal Science, 22 (3), 209-215. |
| 10. JianGuo Sun, Heuy Dong Kim, Yingzi Jin, and G. Rajesh, 2013, “Analytical Study on the Gas-Solid Suspension Flows Through Sonic and Supersonic Nozzles,” J. of Korean Society of Propulsion Engineers, 1, 9-17. |
| 9. G. Rajesh, Gyanesh Kumar, H D Kim, and Mathew George, 2012, “Computational and Experimental Simulations of the Flow Characteristics of an Aerospike Nozzle,” Korean Journal of Visualization, 10(1), 47-54. |
| 8. V. Lijo, H. D. Kim, G Rajesh, and T. Setoguchi, 2010, “Numerical Simulation of Transient Flows in a Vacuum Ejector-Diffuser System,” J. Aerospace Engineering, IMechE, 224(7), 777-786. |
| 7. G. Rajesh, H. D. Kim, and T. Setoguchi, 2008, “The Projectile Aerodynamics Overtaking a Shock Wave,” J. Spacecraft and Rockets, 45(6) pp.1251-1261. |
| 6. G. Rajesh, R. Mishra, H. G. Kang, and H. D. Kim, 2007, “Computational Study of the Compressible Flow Driven by a Piston in a Ballistic Range,” J. Thermal Sciences, Springer, 16(4), 360-369. |
| 5. G. Rajesh, H. D. Kim, T. Setoguchi, and S. Raghunathan, 2007, “Performance Analysis and Enhancement of the Ballistic Range,” J. Aerospace Engineering, IMechE, 221(5), 649-659. |
| 4. G. Rajesh, H. D. Kim, S. Matsuo, and T. Setoguchi, 2007, “A Study of the Unsteady Projectile Aerodynamics Using a Moving Coordinate Method,” J. Aerospace Engineering, IMechE, 221(5), 691-706. |
| 3. Rajesh Gopalapillai, Heuy-Dong Kim, Toshiaki Setoguchi and Shigeru Matsuo, 2007, “On the Near-Field Aerodynamics of a Projectile Launched from a Ballistic Range,” J. Mechanical Science and Technology, 21(7), 1129-1138. |
| 2. G. Rajesh, J. M. Lee, S.C. Back, and H. D. Kim, 2006, “Theoretical Study for the Design of a New Ballistic Range,” J. Mechanical Science and Technology, 20(7), 1019-1029. |
| 1. H. D. Kim, G Rajesh, T. Setoguchi, and S. Matsuo, 2006, “Optimization Study of a Coanda Ejector,” J. Thermal Sciences, 15(4), 331-336. |