| 36. Shubham K. Vyas, Jayachandran T, Mathur Girijesh, G. Rajesh, 2026, "A Gridless Method for Computing Interior Ballistic Flows With Moving Discrete Points", International Journal for Numerical Methods in Fluids, 10.1002. DOI |
| 35. C. Anbu Serene Raj , Vinoth Paramanantham , S. Vishnu Prasad , A. Sameen , G. Rajesh, 2025, "Pseudosteady Shock Refraction over Water Wedges: Weak and Strong Incident Shock Strength Groups", J. Fluid Mechanics, 1021, A33. DOI |
| 34. S. Vishnu Prasad , C. Anbu Serene Raj , 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. |