... fluid oscillations Lyapunov methods noise pipe flow stochastic processes 2011 American Society of Mechanical Engineers ...

... and Contraction Flows ,” J. Non-Newtonian Fluid Mech. 0377-0257 , 65 , pp. 133 – 149 . 10.1016/0377-0257(96)01470-X Oliveira , P. J. , and Pinho , F. T. , 1999 , “ Analytical Solution for Fully Developed Channel and Pipe Flow of Phan-Thien–Tanner Fluids ,” J. Fluid Mech. 0022-1120 , 387...

... 10.1017/S0305004100038147 , 60 , pp. 667 – 674 . Schowalter , W. R. , 1978 , Mechanics of Non-Newtonian Fluids , Pergamon , Oxford . Hecht , A. M. , 1973 , “ Theoretical Non-Newtonian Pipe-Flow Heat Transfer ,” AIChE J. , 19 , pp. 197 – 199 . 0001-1541 Makinde , O...

..., 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...

... rate. Only a handful of studies have been conducted on the problem of shells subjected to a swirling (helical) flow. Païdoussis ( 1 ) offered a review of the work performed in this field and on related problems. pipe flow rotational flow 23 08 2007 26 08 2008 23 10 2008...

.... 26 02 2007 27 03 2008 14 05 2008 bubbles cavitation genetic algorithms least squares approximations parallel algorithms pipe flow pipelines pressure transients cavitation gas bubbles parallel genetic algorithms parameter identification Pressure transients...

... (or almost-zero) response and short outbreaks due to temporary excursions into the instability domain. 05 07 2006 13 11 2007 09 05 2008 damping flow instability pipe flow stochastic systems Classical definitions of stability and instability deal with long-term behavior...

... analysis and cannot be neglected from the calculation. compressibility convection finite difference methods friction natural gas technology pipe flow pipelines surface roughness fully implicit method nonisothermal compressibility factor natural gas pipeline Joule–Thompson effect...

...) especially when the thickness of the lens duct shrinks to zero. To circumvent the deficiencies of direct numerical integration, we shall use an efficient Ritz method and analytic perturbation methods. laminar flow pipe flow 06 12 2006 27 08 2007 02 05 2008 2008 American...

...Jun Ishimoto Elucidation of magnetic stabilization of boiling two-phase flow by utilizing the magnetization of the fluid is proposed herein. The effect of magnetic field on the stability of the boiling two-phase pipe flow of the magnetic fluid under a nonuniform magnetic field is investigated both...

... is found to be proportional to the granular temperature to the power of 1.5 and inversely proportional to the gravitational acceleration and the tube length. granular flow pipe flow flow simulation nozzles In recent years research on granular flows has received considerable attention due...

... hole and thus the flow is unable to “adjust” to the hole, unlike the case of a long hole in which fully developed pipe flow can be attained. This is motivated by gas turbine film cooling applications. Experimental results acquired with particle image velocimetry will primarily be presented, with some...

... cavitation bubbles pipe flow finite difference methods two-phase flow In order to improve the reliability and the performance of hydraulic systems it is important to be able to predict the onset and the degree of cavitation, during transient flows. Several authors have considered some particular...

... exchangers flow through porous media laminar flow forced convection thermal conductivity pipe flow The increase in energy cost and energy consumption has required more effective use of energy. Hence, decreasing energy losses is getting more and more important. Presently, second law based methods...

...T. L. Yip; C. O. Ng, Mem. ASME The transport in pipe flow of a chemical species can be materially affected by the presence of solid suspension if the species is capable of partitioning into a solute phase and a solid phase sorbed onto the suspended particles. An asymptotic analysis is used...

... from near center to the outer wall. The minimum velocity occurs at the inside corners. It is found that both slip and curvature promote the flow rate but not necessarily the mean velocity. 16 Apr 2001 06 Sept 2001 pipe flow slip flow eigenvalues and eigenfunctions The flow...

... on a given system were arbitrarily prescribed to depend in a certain manner on deformation.” mechanical stability elasticity pipe flow viscoelasticity vibrations damping 2001 ASME ...

... 0 v n J 1 v n . This solution is applicable from starting of the piston motion and reaches the conventional oscillating pipe flow solution (similar to the solution of Uchida 2 and Wembersley 7 ) after few cycles of acceleration and deceleration...