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  • Article What Affects Dewatering Performance of High ...

    2014-11-17 · In studying the influence of the mixing chamber length on the performance of the steam ejector, the primary, the secondary and the back pressure are fixed at 600 kPa, 15 kPa and 40 kPa, respectively. The mixing chamber length is changed without changing the convergence angle and the outlet diameter of the mixing chamber.

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  • Geometry dependence of excitonic couplings and the ...

    2002-3-4 · A Numerical Study of the Influence of Diesel Nozzle Geometry on the Inner Cavitating Flow. 2002-01-0215. In order to analyze the influence of nozzle geometry on the internal flow characteristics of a Diesel injector, a CFD analysis of the flow through various nozzle geometries has been carried out with a commercial code.

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    2018-10-1 · The shape of the tank plays an important role in the hydrodynamic performance of the agitation. A 3D simulation was done using CFD calculation code (CFX16.0). The study was carried out for large Reynolds number: 104–2.105. Navier–Stokes equations governing the phenomenon are solved by a method of discretization finite volume. The turbulence model used is the k–ε standard type.

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  • Type of the Paper (Article

    2015-2-15 · An experimental setup is developed to undertake the performance evaluation and emission characteristics evaluation of a variable compression ratio compression ignition engine fuelled with Annona biodiesel and its blends with diesel oil. The experimental setup is suitably developed to conduct various test runs under different working conditions to evaluate the thermal performance and emission ...

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  • The Influence of Atomizer Geometry on Effervescent

    2017-3-15 · the influence of geometric parameters on the quality of atomization. Geometric parameters investigated include exit orifice diameter, nozzle length-to-diameter ratio, mixing chamber diameter, mixing length and air injection geometry. Comparisons are made with previous studies performed using earlier versions of the hardware or al-

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  • The Influence of the Furan and Maleimide Stoichiometry

    2012-5-3 · The data confirm the stated relationship between α, β, κ and the aerodynamic mixing loss. The results show that the designer should minimise κ to obtain the lowest loss, but maximise β to achieve the best heat transfer performance. A suggestion on improving the loss model is also given.

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