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    New evolution equations for turbulent boundary layers in arbitrary pressure gradients

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    Author
    Perry, A. E.; Marusic, I.; Jones, M. B.
    Date
    1998
    Source Title
    Sadhana
    Publisher
    Indian Academy of Sciences
    University of Melbourne Author/s
    Marusic, Ivan; JONES, MALCOLM; PERRY, ANTHONY
    Affiliation
    Engineering: Department of Mechanical and Manufacturing Engineering
    Metadata
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    Document Type
    Journal (Paginated)
    Citations
    Perry, A. E., Marusic, I., & Jones, M. B. (1998). New evolution equations for turbulent boundary layers in arbitrary pressure gradients. Sadhana, 23(5 & 6), 443-457.
    Access Status
    This item is currently not available from this repository
    URI
    http://hdl.handle.net/11343/33519
    Description

    Permission for this item cannot be attained from the publisher and therefore the item must remain unavailable.

    Abstract
    A new approach to the classical closure problem for turbulent boundary layers is presented. This involves using the well-known mean-flow scaling laws such as Prandtl's law of the wall and the law of the wake of Coles together with the mean continuity and the mean momentum differential and integral equations. The important parameters governing the flow in the general non-equilibrium case are identified and are used for establishing a framework for closure. Initially, closure is done here empirically from the data but the framework is most suitable for applying the attached eddy hypothesis in future work. How this might be done is indicated here.
    Keywords
    classical closure problem; turbulent boundary layers; attached eddy hypothesis; arbitrary pressure gradients

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