... for the flow of a damp powder past an impervious wall. 25 06 2010 10 09 2010 17 09 2010 20 12 2010 20 12 2010 damping friction nonlinear differential equations powders rotational flow shear flow viscosity Industrial experience and laboratory experiments...

... filled with the same amount of an inviscid incompressible fluid. confined flow damping mechanical stability Navier-Stokes equations non-Newtonian flow rotational flow shapes (structures) viscosity 30 08 2008 06 06 2009 23 09 2009 2010 American Society...

... that the critical flow rate in the shell decreases with increasing angular velocity. Using essentially the same method of solution as Lai and Chow ( 9 ), Chen and Bert ( 10 ) studied the dynamics of a stationary shell carrying a rotating flow; the latter study differs from Lai and Chow’s only in the fact...

.... unsteady Navier–Stokes equation series solution rotating fluid homotopy analysis method laminar flow flow instability Navier-Stokes equations rotational flow boundary layers convergence perturbation theory approximation theory friction 08 09 2006 29 01 2007 Email...

... rotational flow 13 12 2003 10 11 2005 2006 American Society of Mechanical Engineers ...

... time scales ( 4 ). Despite the difficulties Reynolds stress models based on single-point closure are extremely useful and probably the only possibility for large-scale computations of complex systems. swirling flow rotational flow turbulence 27 02 2004 04 11 2005 2006...

... Stability Analysis of Plane Quadratic Flows in a Rotating Frame,” Phys. Fluids, 9(8), pp. 2300–2309 ] with particular emphasis on rotating flows. New analytical solutions and related RDT results are presented for shear flows including buoyancy forces, with system rotation or mean density stratification...

... discs (structures) mass transfer rotational flow non-Newtonian flow laminar flow boundary layers yield stress The rotating disk is a popular geometry for studying different fluids, both because of its simplicity and the fact that it represents a classical fluid dynamics problem. A review...

..., and a is the radius of the sphere. rotation fluid dynamics drag rotational flow 03 09 2004 05 02 2005 2005 American Society of Mechanical Engineers ...

... . 27 December 2002 24 April 2004 27 01 2005 liquid metals flow simulation magnetohydrodynamics electrohydrodynamics confined flow convection computational fluid dynamics Maxwell equations finite element analysis Navier-Stokes equations heat transfer rotational flow...

.... Benson. 16 January 2003 09 June 2003 17 03 2004 rotational flow rotation aerospace propulsion reviews The dynamics and stability of a shell containing fluid in matched (solid body) rotation and also flowing axially was examined by Lai and Chow 1 , inspired by fluid...

... MECHANICS . 29 August 2001 11 February 2003 10 10 2003 drag finite element analysis rotation Navier-Stokes equations flow control rotational flow Various flow control techniques that result in reduction of drag and unsteady forces have been suggested and tested...

... hydrodynamics rotational flow numerical analysis external flows bending The behavior of flexible rotating disks spinning within an enclosure is important to the design of removable computer memory disks such as I-Omega Zip disks and floppy disks. Unlike hard disk drives, flexible memory disks have...

... for the temporally periodic solution when the geometric center of the cylinder is at its left-most location with respect to the center of rotation 07 Aug 2000 29 Nov 2000 external flows rotational flow finite element analysis Navier-Stokes equations computational fluid dynamics flow...