FLUENT is a Computational Fluid Dynamics (CFD) code for modelling fluid flow, heat transfer, mass transfer and chemical reactions.The FLUENT package includes interfaces to other pre- and post-processing programs. The UDF option enables the incorporation of user-developed models into FLUENT through user-defined functions.32 and 64 bit versions of the 2d and 3d single and double precision versions of Fluent have been installed.The primary CFD application on BlueBEAR is Ansys CFX - in particular, parallel licences have been purchased for CFX.. Fluent has ben installed to enable continued use of this application, but only serial (single core) jobs can be run.

References in zbMATH (referenced in 223 articles )

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  1. Mueller, Jens-Dominik: Essentials of computational fluid dynamics (2016)
  2. Chughtai, Saulat S.; Werner, Herbert: An interconnected systems approach to flow transition control (2015)
  3. Dehning, Carsten; Bierwisch, Claas; Kraft, Torsten: Co-simulations of discrete and finite element codes (2015)
  4. Jamshed, S.: Using HPC for computational fluid dynamics. A guide to high performance computing for CFD engineers (2015)
  5. Kumar, Hemant; Mohapatra, S.K.; Singh, Ravi Inder: Study of a 30 MW bubbling fluidized bed combustor based on co-firing biomass and coal (2015)
  6. Kuzmin, Dmitri; Hämäläinen, Jari: Finite element methods for computational fluid dynamics. A practical guide (2015)
  7. Marom, Gil: Numerical methods for fluid-structure interaction models of aortic valves (2015)
  8. Naumov, M.; Arsaev, M.; Castonguay, P.; Cohen, J.; Demouth, J.; Eaton, J.; Layton, S.; Markovskiy, N.; Reguly, I.; Sakharnykh, N.; Sellappan, V.; Strzodka, R.: AmgX: a library for GPU accelerated algebraic multigrid and preconditioned iterative methods (2015)
  9. Subramanian, Sharanya; Swain, P.K.; Deshpande, A.V.; Satyamurthy, P.: Effect of Hartmann layer resolution for MHD flow in a straight, conducting duct at high Hartmann numbers (2015)
  10. Wang, Chengjie; Eldredge, Jeff D.: Strongly coupled dynamics of fluids and rigid-body systems with the immersed boundary projection method (2015)
  11. Xue, Xiaochun; Yu, Yonggang; Zhang, Qi: Study on the influences of interaction behaviors between multiple combustion-gas jets on expansion characteristics of Taylor cavities (2015)
  12. Zhou, B.Z.; Wu, G.X.: Resonance of a tension leg platform exited by third-harmonic force in nonlinear regular waves (2015)
  13. Alajmi, A.E.; Abdalla, I.E.; Bengherbia, T.; Yang, Z.: Numerical simulation of spray combustion of conventional fuels and Biofuels (2014)
  14. Cadirci, Sertac; Gunes, Hasan; Rist, Ulrich: Numerical investigation of a jet and vortex actuator in a cross flow boundary layer (2014)
  15. Delbosc, N.; Summers, J.L.; Khan, A.I.; Kapur, N.; Noakes, C.J.: Optimized implementation of the lattice Boltzmann method on a graphics processing unit towards real-time fluid simulation (2014)
  16. Drozdov, S.M.: Problem of non-uniqueness of steady-state hypersonic flow past bodies with a cylindrical frontal bluntness (2014)
  17. Farroni, Flavio; Giordano, Daniele; Russo, Michele; Timpone, Francesco: TRT: thermo racing tyre -- a physical model to predict the tyre temperature distribution (2014)
  18. Gatsonis, Nikolaos A.; Potami, Raffaele; Yang, Jun: A smooth dissipative particle dynamics method for domains with arbitrary-geometry solid boundaries (2014)
  19. Vertnik, R.; Šarler, B.: Solution of a continuous casting of steel benchmark test by a meshless method (2014)
  20. Bykov, V.; Griffiths, J.F.; Piazzesi, R.; Sazhin, S.S.; Sazhina, E.M.: The application of the global quasi-linearisation technique to the analysis of the cyclohexane/air mixture autoignition (2013)

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