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Kalyan C. Gottiparthi

Computational Scientist

[email protected]

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Kalyan Gottiparthi is a computational scientist in the Science Engagement Section. In his current role, Kalyan works as a Liaison for combustion and turbulence projects at OLCF. He leverages his expertise in CFD, HPC and Quantum Computing to engage with academic and industry collaborators and enables them utilize OLCF resources.

Prior to joining ORNL, Kalyan was a Senior Research Scientist at Raytheon Technologies Research Center, East Hartford, CT where he developed computational tools and performed numerical simulations which support the research at Pratt and Whitney, Collins Aerospace and Raytheon Missiles and Defense. Before joining RTRC, Kalyan was a distinguished post-doctoral research associate at Oak Ridge National Laboratory. At ORNL, working with the Scientific Computing Group, he optimized Raptor, a combustion code from Sandia National Laboratories, for Summit’s architecture.

Kalyan obtained his doctoral degree in aerospace engineering from Georgia Institute of Technology and Bachelor of Technology degree in aerospace engineering from Indian Institute of Technology, Kharagpur, India. He is a senior member of AIAA and a member of the combustion institute.

Publications

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Additional Publications

  1. K. C. Gottiparthi, C. Cao and V. Sankaran, “Modeling Effusion Cooling and Conjugate Heat Transfer using Local Source Method,” GT2019-91423, Proceedings of ASME Tubro Expo 2019

  2. K. C. Gottiparthi and S. Menon, “Turbulent Mixing and Afterburn in Post-Detonation Flow with Dense Particle Clouds,” AIP Conference Proceedings, 1793, 150002, 2017.

  3. J. C. Schulz, K. C. Gottiparthi and S. Menon, “Uncertainty Quantification of Bacterial Aerosol Neutralization in Shock heated Gases,” Shock Waves, 25, 77-90, 2015.

  4. K. C. Gottiparthi, J. C. Schulz, and S. Menon, “On the Neutralization of Bacterial Spores in Post-Detonation Flows,” Shock Waves, 24, 455-466, 2014

  5. J. C. Schulz, K. C. Gottiparthi and S. Menon, “Richtmyer-Meshkov Instability in Dilute Gas-Particle Mixtures with Re-Shock,” Physics of Fluids, 25(11), 2013

  6. K. C. Gottiparthi and S. Menon, “Simulations of Heterogeneous Detonations and Post-Detonation Turbulent Mixing and Afterburning,” AIP Conference Proceedings,

  7. J. C. Schulz, K. C. Gottiparthi and S. Menon, “Ionization in Gaseous Detonation Waves,” Shock Waves, 2012

  8. K. C. Gottiparthi and S. Menon, “A Study of Interaction of Clouds of Inert Particles with Detonation in Gases,” Combustion Science and Technology, 184(3), 406-433, 2012

  9. E. Fedina, K. C. Gottiparthi, C. Fureby and S. Menon, “Combustion in Afterburning Behind Explosive Blasts,” Ed., F. Grinstein, Cambridge University Press, 2016

  10. A. J. Daly, M. L. Corn, K. Gottiparthi, V. Sankaran, C. Cao, T. Simpson, K. Bell, K. Wang, “Smoke Detection Layout Validation,” US Patent 11257354, 2022.

  11. A. J. Daly, M. L. Corn, K. Gottiparthi, V. Sankaran, C. Cao, T. Simpson, K. Bell, K. Wang, “Smoke Detection System Layout Design,” US Patent 11416643, 2022.

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