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Showing 1 to 6 of 6 for “"horizontal channel"”.

  1. NUMERICAL ANALYSIS OF TURBULENT GAS-SOLID FLOWS IN A ROUGH HORIZONTAL CHANNEL USING THE EULERIAN TWO-FLUID MODEL

    … properties of a turbulent gas-solid flow in a horizontal channel. An in-house numerical code is modified to simulate a fully developed turbulent gas-solid flow; the numerical code is based on the two-fluid formulation adopted from the model of Rao et al. (2011). The gas-solid flow in the …

    sask Repository record for NUMERICAL ANALYSIS OF TURBULENT GAS-SOLID FLOWS IN A ROUGH HORIZONTAL CHANNEL USING THE EULERIAN TWO-FLUID MODEL (opens in a new tab)

  2. Analytical approach to unidirectional flow of non-Newtonian fluids of differential type

    … of differential types on a vertical plate, horizontal channel, vertical channel, capillary tube and horizontal cylinder. For a vertical plate, a mathematical model of the unsteady flow of second-grade fluid generated by an oscillating wall with transpiration, and the problem of …

    uthm Repository record for Analytical approach to unidirectional flow of non-Newtonian fluids of differential type (opens in a new tab)

  3. Nonlinear effects on interfacial wave growth into slug flow

    It is known that when two fluids flow through a horizontal channel, depending on the relative velocity between the two fluids, two different instability mechanisms can create initial wave disturbances on the interface: the classic Kelvin-Helmholtz instability or shear induced instability. These …

    mit Repository record for Nonlinear effects on interfacial wave growth into slug flow (opens in a new tab)

  4. A study on green water problem with dam break model and the BIV technique

    … introduced to study the dam break wave in a dry horizontal channel. The two Stoker solutions have an intersection point at the dam section at instant t ∗ 1 = √ 10 3 . In the initial stages, the “sudden dam break” concept is revised. The dam may be considered break suddenly when the dimensionless …

    brazil-uerj Repository record for A study on green water problem with dam break model and the BIV technique (opens in a new tab)

  5. Coupling of nanofluid flow, heat transfer and nanoparticles sedimentation using OpenFOAM

    … cooling liquid. Compared to pure liquid in micro channels, nanofluid shows notably better heat transfer performance but without erosion and clogging problems as normal two-phase suspensions. Due to such advantages, nanofluid is increasingly applied as an ideal coolant in engineering. For a better …

    city-london Repository record for Coupling of nanofluid flow, heat transfer and nanoparticles sedimentation using OpenFOAM (opens in a new tab)