... three material constants resist it through the peristaltic tube. The effects of fractional parameters on flow pattern are found to be opposite to each other. 11 04 2011 13 10 2011 20 12 2011 20 12 2011 approximation theory creeping flow flow simulation non-Newtonian flow...

... boundary layers magnetohydrodynamics non-Newtonian flow non-Newtonian fluids squeezing flow micropolar fluid homotopy solution skin friction coefficient couple stress coefficient Table 1 Convergence of HAM solutions for suction case when M = 2 , Re = 2 . 0 , S...

... to a modest increase in the average vortex core radius, which was discernable in the measured pressure needed for developed cavitation. 24 12 2010 07 09 2011 27 10 2011 27 10 2011 cavitation flow instability flow visualisation non-Newtonian flow polymer solutions pressure...

... 09 2011 27 09 2011 chaos flow instability flow simulation non-Newtonian flow numerical analysis polymer melts shear turbulence stagnation flow vortices wakes It is well-established that the injection of dilute solutions of polymers into turbulent flows produces large...

.... References 1 Bird , R. B. , Dai , G. C. , and Yarusso , B. J. , 1983 , “ The Rheology and Flow of Viscoplastic Materials ,” Rev. Chem. Eng. , 1 , pp. 1 – 67 . 2 Fredrickson , A. G. , and Bird , R. B. , 1958 , “ Non-Newtonian Flow in Annuli ,” Ind. Eng. Chem. 50...

... , Johnson-Segalman liquid, t  = 10 channel flow finite difference methods flow simulation non-Newtonian flow non-Newtonian fluids shear flow The channel flow of liquids undergoing exothermic reactions is a model problem in industrial processes involving chemically reactive lubricants...

... , M. , 2010 , “ Similar Solutions of Stretching Flow With Mass Transfer ,” Int. J. Numer. Methods Fluids , 64 ( 8 ), pp. 908 – 921 . channel flow magnetohydrodynamics nonlinear differential equations non-Newtonian flow partial differential equations rotational flow Jeffrey...

... index. 27 11 2009 04 10 2010 29 12 2010 29 12 2010 laminar flow non-Newtonian flow polymer solutions virtual mass coefficient two spheres power law fluid The accelerating motion of falling spheres in Newtonian fluids and non-Newtonian fluids is relevant...

... in Bubble Columns ,” International Journal of Chemical Reactor Engineering , 5 , pp. 1 – 68 . 10.2202/1542-6580.1368 bubbles chemically reactive flow flammability mass transfer non-Newtonian flow non-Newtonian fluids radioactive waste storage tanks (containers) water mass transfer...

... Dechelette , A. , 2007 , “ Shear-Thinning Drops Impacting Flat Surfaces ,” MSME thesis, Purdue University, West Lafayette, IN. drops flow visualisation non-Newtonian flow non-Newtonian fluids rheology surface tension two-phase flow viscosity wetting Applications involving sprays...

... are higher than in conventional straight pipe. Furthermore, an excessive friction pressure loss due to the small tubing diameter of coiled tubing often limits the maximum obtainable fluid flow rate ( 1 ). surfactant coiled tubing friction factor elasticity scale-up non-Newtonian flow non...

... flows. It was observed that the maximum velocity decay and jet half-widths depend on inlet Reynolds number and fluid but the similarity velocities profiles are independent of both Reynolds number and specific fluid type. flow visualisation jets laminar flow non-Newtonian flow non-Newtonian fluids...

... region more than the Reynolds number of 100 at the same gap ratios. 27 06 2009 17 03 2010 13 05 2010 13 05 2010 Couette flow laminar flow non-Newtonian flow non-Newtonian fluids suspensions Experiments have been carried out to study the effects of glass fiber...

... analysis on these solutions. drops flow instability jets non-Newtonian flow non-Newtonian fluids rheology surfactants two-phase flow The manufacture of small spherical pellets can be achieved through the industrial prilling process. In such a process a specially perforated large...

...-Newtonian flow non-Newtonian fluids numerical analysis rheology surface tension surface waves (fluid) The linear stability analysis of the evolution equation yields critical values of the Reynolds number and the dimensionless linearized phase speed for different values of the modified Marangoni...

... non-Newtonian flow non-Newtonian fluids drop shape eccentricity Newtonian–non-Newtonian liquid visco-elastic fluid The process of fluid droplets moving through an immiscible continuous phase liquid due to the difference in density is a common phenomenon in any chemical process...

... in coiled tubing. Application of the new drag reduction envelope is also discussed. 15 02 2007 11 10 2008 26 11 2008 drag reduction non-Newtonian flow pipe flow polymer solutions coiled tubing drag reduction polymer fluid non-Newtonian stimulation drilling...

... as compared with progressively Newtonian liquids. 20 11 2006 11 09 2007 23 10 2008 finite difference methods flow simulation liquids lubricants non-Newtonian flow non-Newtonian fluids chemical kinetics viscoelastic fluids Oldroyd-B liquid lubricant This research...

... ∗ = r i r o . laminar flow microchannel flow non-Newtonian flow pipe flow non-Newtonian flow power law fluid friction factor noncircular ducts laminar flow microchannels The present work is concerned with the prediction of pressure drop in noncircular ducts...

..., the flattening of the velocity profile in the contraction plane, and the separation of the boundary layer downstream the contraction. 12 07 2007 15 01 2008 29 07 2008 finite element analysis least squares approximations non-Newtonian flow non-Newtonian fluids multifield...