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Publications by Date

  • , , DSMC Simulations of Io’s Pele Plume, 2012. American Astronomical Society, DPS meeting #44, Reno NV, #301.08.

  • Stewart, B., Pierazzo, E., Goldstein, D., Varghese, P. and Trafton, L., “Simulation of a comet impact on the Moon and associated ice deposition in polar cold traps,” Icarus, v. 215, Issue 1, Sept. 2011, pp. 1-16. http://dx.doi.org/10.1016/j.icarus.2011.03.014

  • Prem, P., Pierazzo, E., Stewart, B.D., Goldstein, D.B., Varghese, P.L. and Trafton, L.M., “Cometary delivery of lunar water: a parametric study“, poster at 4th NLSI Lunar Science Forum, July, 2011, awarded third place in NLSI Student Poster Competition. [Poster]

  • Stephani, K., Goldstein, D., and Varghese, P., “Parametric study of hypersonic boundary layer flow over discrete surface roughness using a Hybrid DSMC/Navier-Stokes Solver AIAA paper 2011-3250 presented at the AIAA Fluid Dynamics Mtg. Honolulu, June 2011.

  • Strand, J. and Goldstein, D.“Application of Bayesian statistical methods for the analysis of DSMC simulations of hypersonic shocks AIAA 2011-3705 paper presented at the AIAA Fluid Dynamics Mtg. Honolulu, June 2011.

  • Strand, J. and Goldstein, D.”Application of Bayesian Statistical Methods for the Analysis of DSMC Simulations of Hypersonic Shocks’’ AIAA 2011-3705 paper presented at the AIAA Fluid Dynamics Mtg. Honolulu, June 2011.

  • Stephani, K., Goldstein, D., and Varghese, P., “Parametric Study of Hypersonic Boundary Layer Flow over Discrete Surface Roughness Using a Hybrid DSMC/Navier- Stokes Solver’’ AIAA paper 2011-3250 presented at the AIAA Fluid Dynamics Mtg. Honolulu, June 2011.

  • Chapman, T., Yeoh, S., Goldstein, D., Varghese, P., and Trafton, L., “Hybrid model of gas/particle plume of Enceladus,” abstract and poster at March 2011 LPSC Mtg., Houston TX.

  • Chapman, T., Yeoh, S., Goldstein, D., Varghese, P., and Trafton, L., “Hybrid model of gas/particle plume of Enceladus, abstract and poster at March 2011 LPSC Mtg., Houston TX.

  • Morris, A., Varghese, P., Goldstein, D. “Monte Carlo Solution of the Boltzmann Equation Via a Discrete Velocity Model.” J. Computational Physics, 230, #4, Feb. 2011.