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Filtering by: Subject Lumber -- Mathematical models Remove constraint Subject: Lumber -- Mathematical models Decade 1980-1989 Remove constraint Decade: 1980-1989 Subject Heat -- Transmission -- Mathematical models Remove constraint Subject: Heat -- Transmission -- Mathematical models

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  • Heat transfer predictions for aquaculture facilities

    Creator:
    Geiselman, James R.
    Abstract:
    Recycling of water in aquaculture facilities is used to minimize the amount of energy or tempered water required to control water temperatures. The rate of heat exchange between the water and the environment can be an important variable in the design, management, and economic analysis of a recycle system. A...
    Resource Type:
    Masters Thesis
    Full Text:
    model is developed from the heat transfer relationships to simulate the primary locations of heat

  • An analytical model of radiative and convective heat transfer in small and large particle gas fluidized beds

    Creator:
    Fatani, Abdulhadi Ahmed
    Abstract:
    A complete analytical model of radiative and convective heat transfer to a horizontal tube in small and large particle gas fluidized beds has been developed. In the model the bed of particles consists of an emulsion phase and a bubble phase. The emulsion phase is approximated by a series of...
    Resource Type:
    Dissertation
    Full Text:
    in Chapter II is formulated into a mathematical model. This analytical model requires the

  • Heat transfer between moving beds of solids and a vertical tube

    Creator:
    Obuskovic, Nevenka S.
    Abstract:
    Heat transfer to moving packed beds of solids has been studied extensively but predictions are usually specific to the experimenter's own equipment. In order to obtain a more general predictive equation, the heat transfer coefficient was measured for a single vertical tube immersed in a moving packed bed of glass...
    Resource Type:
    Dissertation
    Full Text:
    . MODEL ASSUMPTIONS 37 V.A. The role of the gas phase 38 V.B. Contact resistance 40 V.C. Particle shape