Numerical Simulation of 3D Solid-Liquid Turbulent Flow
in a Low Specific Speed Centrifugal Pump: Flow Field Analysis, J.
However, when the fully developed turbulent flow
is disturbed by some obstacles, such as bends, then flow vortex and uneven particle concentration will form accordingly [27, 28, 39].
Simulations in 3D of turbulent flow
and a tracer inside the reactor were carried out.
To make the calculation easier we suggest using our online Turbulent Flow
A model for solving velocity and concentration distribution of turbulent flow
by using probabilistic methods is put forward in the article (Khan et al., 2017; Sultana et al., 2017).
In the present analysis, single phase approach and two-dimensional axisymmetric model are considered to describe the turbulent flow
and heat transfer behavior of nanofluids in a horizontal rectangular pipe under uniform heat flux boundary condition.
Furthermore, the results show that a quasi-steady analysis under predicts forces occurring under turbulent flow
The break point from laminar flow to turbulent flow
is a phenomenon that initiates at the boundary layer, where viscous forces have a much greater impact.
Variations in TKE were studied in order to verify if 15 D of entrance duct length is sufficient to achieve fully developed turbulent flow
through flat-oval ducts.
Steady-state, incompressible, turbulent flows
are governed by the Reynolds-averaged continuity and Navier-Stokes equations.
For the case of channel, the fully developed turbulent flow
bounded by two infinite, vertical, flat and parallel walls is simulated; the origin of the coordinate system is located at the channel wall and the x, y and z axes pointing in the stream wise, wall-normal and spanwise directions, respectively.