... ; Chernous’ko, 1968). In this work, we will extend the rotational motion of a charged RB about its center of mass, wherein a viscous IF flow is contained in a cavity near a spherical shape. The fluid velocity is thought to be sufficiently high; therefore, the Reynolds number becomes tiny. The body...

... for studying the entropy generation in the unconfined flow case about a sphere. Thermodynamic properties Boundary layers Flow Rotational motion Heat transfer Mass conservation (Equation 1) Momentum conservation in meridional direction (Equation 2) Momentum conservation in the azimuthal...

... Convection Rotational motion Torque b annular gap width, (r₂ − r_{1) Cp specific heat of fluid at constant pressure D equivalent (hydraulic) diameter of the annulus, 2b f volumetric flow rate, ∫r2 ^r2}...

... Q_J =time averaged jet flow rate (m³/s) r =radial coordinate (m) R =disk radius (m) A.C. Benim can be contacted at: alicemal.benim@fh‐duesseldorf.de © Emerald Group Publishing Limited 2007 Turbulence Jets Rotational motion Modelling...

...‐Stephen P. Nikas can be contacted at: mcjtpn4@fluid.mech.ntua.gr © Emerald Group Publishing Limited 2006 Heat transfer Rotational motion Flow Turbulent flow Tight square‐ended U‐bends, shown in Figure 1 , can be considered as an idealised representation of the tight turns present...

... Ozkol is the corresponding author and can be contacted at: ozkol@itu.edu.tr © Emerald Group Publishing Limited 2006 Rotational motion Flow Turbines Heat transfer The flow due to rotating disks is of great interest in many practical and engineering aspects. Mainly, the requirement...

.... Additionally, we study the patterns of the most dangerous perturbations, which qualitatively describe the supercritical convective states. Thermal stability Finite volume methods Rotational motion Fluid flow is extremely important in a wide variety of materials processing because it determines...