STAR-CD

With an ever-increasing emphasis on emissions and energy sustainability – from legislators and consumers alike – challenges for Powertrain teams continue to grow, Whether it’s a new fuel, new combustion model or a new lightweight material, realistic simulation is an integral tool in successfully bringing new technologies to market. As the long-time leading provider of CFD technology to the automotive industry, with over two decades of intake-to-tailpipe industrial know-how, CD-adapco is fully dedicated to helping our customers to meet these challenges. Together, es-ice and STAR-CD have become the solution of choice for automotive engineers engaged in Internal Combustion Engine development.Currently, STAR-CD and es-ice is used by more than 60 engine manufacturers and service providers.


References in zbMATH (referenced in 46 articles )

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  1. Rahman, M. M.: Developing code-friendly variant of V2F turbulence model (2020)
  2. Modesti, Davide; Pirozzoli, Sergio: A low-dissipative solver for turbulent compressible flows on unstructured meshes, with openfoam implementation (2017)
  3. Pinto, Runa Nivea; Afzal, Asif; D’Souza, Loyan Vinson; Ansari, Zahid; Mohammed Samee, A. D.: Computational fluid dynamics in turbomachinery: a review of state of the art (2017)
  4. Lorenzi, Stefano; Cammi, Antonio; Luzzi, Lelio; Rozza, Gianluigi: POD-Galerkin method for finite volume approximation of Navier-Stokes and RANS equations (2016)
  5. Dehning, Carsten; Bierwisch, Claas; Kraft, Torsten: Co-simulations of discrete and finite element codes (2015)
  6. Kuzmin, Dmitri; Hämäläinen, Jari: Finite element methods for computational fluid dynamics. A practical guide (2015)
  7. Lee, Yong-Chan; Park, Sung-Young: An analytical study for the effects of SCR mixer design parameter on urea spray characteristics (2015) ioport
  8. Mortensen, Mikael; Valen-Sendstad, Kristian: Oasis: a high-level/high-performance open source Navier-Stokes solver (2015)
  9. Gorji, S.; Seddighi, M.; Ariyaratne, C.; Vardy, A. E.; O’Donoghue, T.; Pokrajac, D.; He, S.: A comparative study of turbulence models in a transient channel flow (2014)
  10. Mariotti, A.; Buresti, G.; Salvetti, M. V.: Control of the turbulent flow in a plane diffuser through optimized contoured cavities (2014)
  11. Mathur, A.; He, S.: Performance and implementation of the Launder-Sharma low-Reynolds number turbulence model (2013)
  12. Smolka, Jacek; Bulinski, Zbigniew; Fic, Adam; Nowak, Andrzej J.; Banasiak, Krzysztof; Hafner, Armin: A computational model of a transcritical R744 ejector based on a homogeneous real fluid approach (2013)
  13. Novaresio, Valerio; García-Camprubí, María; Izquierdo, Salvador; Asinari, Pietro; Fueyo, Norberto: An open-source library for the numerical modeling of mass-transfer in solid oxide fuel cells (2012)
  14. Balabel, A.; Hegab, A. M.; Nasr, M.; El-Behery, Samy M.: Assessment of turbulence modeling for gas flow in two-dimensional convergent-divergent rocket nozzle (2011)
  15. Bhasker, C.: Flow simulation in electro-static-precipitator (ESP) ducts with turning vanes (2011)
  16. El-Behery, Samy M.; Hamed, Mofreh H.: A comparative study of turbulence models performance for separating flow in a planar asymmetric diffuser (2011)
  17. Favre, Tristan; Efraimsson, Gunilla: An assessment of detached-eddy simulations of unsteady crosswind aerodynamics of road vehicles (2011)
  18. Pisarev, Gleb I.; Hoffmann, Alex C.; Peng, Weiming; Dijkstra, Henk A.: Large eddy simulation of the vortex end in reverse-flow centrifugal separators (2011)
  19. Yan, S.; Ma, Q. W.: Improved model for air pressure due to wind on 2D freak waves in finite depth (2011)
  20. Favero, J. L.; Secchi, A. R.; Cardozo, N. S. M.; Jasak, H.: Viscoelastic flow analysis using the software OpenFOAM and differential constitutive equations (2010)

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