... distribution along the cylinder wall. The results are compared with other numerical computations. Dimensionless rotation rate destroys the symmetry of vertex shedding and suppresses the instability of the viscoelastic fluids. Elastic property facilitates the formation of the closed streamlins around...

... the well-known Newton–Raphson method. The heat and mass transfer phenomenon drives the unstable interface toward stability. It is pointed out that the viscoelastic coefficient λ o influences the interface to be stable while the thickness of the viscoelastic fluid makes the interface unstable. Atwood...

... and Unmodulated Traveling Azimuthal Waves on Toroidal Vortices in a Spherical Couette System ,” J. Fluid Mech. 0022-1120 , 195 , pp. 495 – 522 . 10.1017/S0022112088002496 Yamaguchi , H. , Fujiyoshi , J. , and Matsui , H. , 1997 , “ Viscoelastic Fluid in Spherical Couette Flow Part I...

...Jiu-hong Jia; Hong-xing Hua The oscillating flow of the viscoelastic fluid in cylindrical pipes has been applied in many fields, such as industries of petroleum, chemistry, and bioengineering. It is studied using the fractional derivative Maxwell model in this paper. The exact solution is obtained...

...Motoyuki Itoh; Masahiro Suzuki; Takahiro Moroi The swirling flow of a viscoelastic fluid in a cylindrical casing is investigated experimentally, using aqueous solutions of 0.05– 1.0 wt . % polyacrylamide as the working fluid. The velocity measurements are made using laser Doppler anemometer...