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Showing 1 to 5 of 5 for “"Laminar Mixing"”.

  1. An apparatus for studying combustion in a laminar mixing zone

    Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 1959.

    mit Repository record for An apparatus for studying combustion in a laminar mixing zone (opens in a new tab)

  2. Studies of Mixing Processes in Gases and Effects on Combustion and Stability

    <p>Three physical models of laminar mixing of initially separated gases are studied. Two models study the effects of the mixing dynamics on the chemical reactions between the gases. The third model studies the structure and stability of a laminar mixing layer in a binary gas. The three models …

    odu Repository record for Studies of Mixing Processes in Gases and Effects on Combustion and Stability (opens in a new tab)

  3. Mixing at Low Reynolds Numbers by Vibrating Cantilevered Ionic Polymers

    Creating mixing at low Reynolds numbers is a non-trivial challenge that has been approached from many different perspectives, using passive or active methods. This challenge been further highlighted with the rise of microfluidics. Based on the diminutive size of these devices, the Reynolds numbers …

    vt Repository record for Mixing at Low Reynolds Numbers by Vibrating Cantilevered Ionic Polymers (opens in a new tab)

  4. Heat transfer in mixing vessels at low Reynolds numbers. An experimental study of temperature profiles heat transfer rates and power requirements for mechanically agitated vessels operating at low Reynolds numbers.

    The present study investigates experimentally the laminar mixing and heat transfer of a range of helical ribbon and anchor impellers for both Newtonian and inelastic non-Newtonian fluids. The work also correlates the experimental data empirically in the form of dimensionless groups. In order to …

    bradford Repository record for Heat transfer in mixing vessels at low Reynolds numbers. An experimental study of temperature profiles heat transfer rates and power requirements for mechanically agitated vessels operating at low Reynolds numbers. (opens in a new tab)

  5. Mixing in high throughput experimentation reactors

    … a low Reynolds Number, Re, which results in poor mixing efficiencies. Together with unconventional geometries, i.e. lack of baffles and simple impeller designs, their fundamentals are not fully understood. The present study applies Particle Image Velocimetry (2-D PIV) and Planar Laser Induced …

    birmingham Repository record for Mixing in high throughput experimentation reactors (opens in a new tab)