RAGE

The RAGE radiation-hydrodynamic code. We describe RAGE, the ’radiation adaptive grid Eulerian’ radiation-hydrodynamics code, including its data structures, its parallelization strategy and performance, its hydrodynamic algorithm(s), its (gray) radiation diffusion algorithm, and some of the considerable amount of verification and validation efforts. The hydrodynamics is a basic Godunov solver, to which we have made significant improvements to increase the advection algorithm’s robustness and to converge stiffnesses in the equation of state. Similarly, the radiation transport is a basic gray diffusion, but our treatment of the radiation-material coupling, wherein we converge nonlinearities in a novel manner to allow larger timesteps and more robust behavior, can be applied to any multi-group transport algorithm


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  1. Hu, Xiaoyan; Ni, Guoxi; Fan, Zhengfeng; Gu, Jianfa; Dai, Zhensheng: Algorithm of radiation hydrodynamics with nonorthogonal mesh for 3D implosion problem (2021)
  2. Braun, N. O.; Gore, R. A.: A passive model for the evolution of subgrid-scale instabilities in turbulent flow regimes (2020)
  3. Dunning, D.; Marts, W.; Robey, R. W.; Bridges, P.: Adaptive mesh refinement in the fast lane (2020)
  4. Haines, Brian M.; Keller, D. E.; Marozas, J. A.; McKenty, P. W.; Anderson, K. S.; Collins, T. J. B.; Dai, W. W.; Hall, M. L.; Jones, S.; McKay, M. D. jun.; Rauenzahn, R. M.; Woods, D. N.: Coupling laser physics to radiation-hydrodynamics (2020)
  5. Pereira, F. S.; Grinstein, F. F.; Israel, D.: Effect of the numerical discretization scheme in shock-driven turbulent mixing simulations (2020)
  6. Grinstein, F. F.; Saenz, J. A.; Dolence, J. C.; Masser, T. O.; Rauenzahn, R. M.; Francois, M. M.: Effects of operator splitting and low Mach-number correction in turbulent mixing transition simulations (2019)
  7. Jibben, Z.; Velechovsky, J.; Masser, T.; Francois, M. M.: Modeling surface tension in compressible flow on an adaptively refined mesh (2019)
  8. Velechovsky, Jan; Francois, Marianne; Masser, Thomas: Direction-aware slope limiter for three-dimensional cubic grids with adaptive mesh refinement (2019)
  9. Collom, Gerald; Redman, Colin; Robey, Robert W.: Fast mesh-to-mesh remaps using hash algorithms (2018)
  10. Shiroto, Takashi; Kawai, Soshi; Ohnishi, Naofumi: Structure-preserving operators for thermal-nonequilibrium hydrodynamics (2018)
  11. Zhou, Ye: Rayleigh-Taylor and Richtmyer-Meshkov instability induced flow, turbulence, and mixing. II (2017)
  12. Sijoy, C. D.; Chaturvedi, S.: Combining node-centered parallel radiation transport and higher-order multi-material cell-centered hydrodynamics methods in three-temperature radiation hydrodynamics code TRHD (2016)
  13. Bo, Wurigen; Grove, John W.: A volume of fluid method based ghost fluid method for compressible multi-fluid flows (2014)
  14. Joggerst, C. C.; Nelson, Anthony; Woodward, Paul; Lovekin, Catherine; Masser, Thomas; Fryer, Chris L.; Ramaprabhu, P.; Francois, Marianne; Rockefeller, Gabriel: Cross-code comparisons of mixing during the implosion of dense cylindrical and spherical shells (2014)
  15. Lowrie, Robert B.; Wollaber, Allan B.: Simple material-motion corrections for thermal radiative transport (2014)
  16. Haines, Brian M.; Grinstein, Fernando F.; Schwarzkopf, John D.: Reynolds-averaged Navier-Stokes initialization and benchmarking in shock-driven turbulent mixing (2013)
  17. Raghavan, Hari K.; Vadhiyar, Sathish S.: Efficient asynchronous executions of AMR computations and visualization on a GPU system (2013) ioport
  18. Grinstein, F. F.; Gowardhan, A. A.; Ristorcelli, J. R.; Wachtor, A. J.: On coarse-grained simulations of turbulent material mixing (2012)
  19. Ramsey, Scott D.; Kamm, James R.; Bolstad, John H.: The Guderley problem revisited (2012)
  20. Schwarzkopf, John D.; Livescu, Daniel; Gore, Robert A.; Rauenzahn, Rick M.; Ristorcelli, J. Raymond: Application of a second-moment closure model to mixing processes involving multicomponent miscible fluids (2011)

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