Click to Go Back to search resultsBack to search results
Iutam Symposium on Variable Density Low-...
Photo contributed by #M#.This product photo was contributed by the community member attributed here.
Enlarge
 

Iutam Symposium on Variable Density Low-Speed Turbulent Flows: Proceedings of the Iutam Symposium Held in Marseille, France, 8-10 July 1996 (1997, Hardcover)

Publisher: Kluwer Academic Pub | Language: English | Format: Hardcover
PriceC $165.54
+C $10.28 shipping
See detailsSee detailsSee details
IUTAM Symposium on Variable Density Low-Speed Turbulent Flows (Flu.. - Hardcover
  • Best deal from a top-rated seller
    This item appears here because it is the lowest priced, Buy It Now item from a highly rated seller.
Condition:Brand New
Location:USA
Returns:Accepted
AuctionTime: ending soonestBuy it NowPrice + Shipping: lowest first
There are no "Brand New: Auction" listings for this product at this time.
     See all "Brand New: Buy it Now"

    Product description

    Key Details
    Language:English
    Publisher:Kluwer Academic Pub
    Series:Fluid Mechanics and Its Applications
    Format:Hardcover
    ISBN-10:0792346025
    ISBN-13:9780792346029

    Size
    Length:368 pages
    Height:10 in
    Width:6.8 in
    Thickness:1 in
    Weight:28.8 oz

    Publisher's Note
    The 42 papers are concerned with turbulent flows at low Mach numbers, fluctuations in density that occur as a result of heat transfer or of the mixing of different fluids, and which are found in the atmosphere, the ocean and in chemical engineering. They cover instabilities, modelling and experiments, buoyancy effects, industrial applications, measurement methods, and compressible flows to explore similarities and differences with low-speed flows. Such flows are of interest because the conservation equations for thermodynamics, mass, and momentum are linked together; because in the jet or wake configuration the flows can develop self-exciting oscillations related to the absolute instability of the nozzle region; and because they can contribute to the understanding of parallels between chemical reactions and aerodynamics. Of interest to any scientist or engineer who deals with flows. Annotation c. by Book News, Inc., Portland, Or.

    eBay Product ID: EPID281021
    Portions of this page Copyright 1995 - 2012 Muze Inc. All rights reserved.

    Bubble Opens Help Start of layer
    Bubble Help End of layer