... of verifying the presented approach, computational results are shown and compared with those of the literature. Finally, the method is applied for the simulation of an agglomeration example. adhesion finite element analysis flow simulation hydrodynamics integration non-Newtonian flow viscoelasticity...

... to the experimental results with good agreement. The results show a significant pressure drop for different magnetic field strengths. electric current greases magnetorheology microchannel flow microvalves non-Newtonian flow silicon compounds stainless steel surface roughness The behavior of field...

... 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...

... is chemically reactive, e.g., coal slurries, polymer solutions or melts, drilling mud, hydrocarbon oils, and grease. For instance, in modeling the non-Newtonian flow situations, such as coal-based slurries as retrofit fuels, the power-law model was used widely to characterize the rheological properties...

..., and assumptions of the Reynolds number, wavelength parameter, and wave amplitude parameter. slip condition peristaltic flow third grade fluid trapping non-Newtonian flow peristaltic flow perturbation theory pipe flow slip 12 12 2007 29 08 2008 31 10 2008 2009...

... granular flows, a simplified model for collisions between particles of a granular material was proposed to be of use in molecular dynamic simulations, discussed in Part II. 03 01 2005 11 11 2005 granular flow friction non-Newtonian flow finite element analysis damping Complex...

... stress of the flow are discussed here with graphs. 16 01 2003 04 08 2005 non-Newtonian fluids magnetohydrodynamics non-Newtonian flow flow through porous media channel flow fluid oscillations shear flow Influence of the magnetic field on the non-Newtonian fluid flow has...

.... 10 09 2004 25 07 2005 sheet materials non-Newtonian fluids calenders viscoplasticity lubrication yield stress slip flow non-Newtonian flow With regard to the case of calendering from an infinite reservoir, both the acquired sheet thickness and the values of the relevant...

... 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...

... of low-permeability naturally fractured rocks. 22 07 2004 09 03 2005 non-Newtonian fluids non-Newtonian flow rocks fracture shear flow lubrication yield stress deformation drilling rheology Drilling naturally fractured rocks in overbalance, i.e., with borehole pressure...

... of an isothermal film on an inclined plane. film flow liquid films mass transfer non-Newtonian flow flow instability interface phenomena evaporation film condensation shear flow 03 Mar 2002 23 Apr 2003 05 01 2004 Contributed by the Applied Mechanics Division...

.... Associated Editor: D. A. Siginer. 16 August 2000 28 April 2001 perturbation theory non-Newtonian flow non-Newtonian fluids film flow pressure lubrication confined flow laminar flow In recent years, hydrodynamically lubricated bearings are used under increasingly severe...

... will accelerate the rupture process. The influence of the power-law exponent on rupture is discussed. liquid films non-Newtonian flow film flow fracture finite difference methods initial value problems thin films flow instability Study of the rupture of thin liquid films has been motivated...

... in Tubes, Slits, and Narrow Annuli ,” AIChE J. , 8 , pp. 378 – 382 . Fredrickson, A. G., 1964, Principles and Applications of Rheology , Prentice-Hall, Englewood Cliffs, N.J. Sadowski , T. J. , 1965 , “ Non-Newtonian Flow Through Porous Media. II. Experimental ,” Trans. Soc. Rheol. , 9...