... the preferred method. 21 11 2010 19 03 2011 28 07 2011 28 07 2011 film flow hydrodynamics lubrication surface roughness Reynolds equation homogenization flow factors surface roughness Patir and Cheng hydrodynamic lubrication In hydrodynamic lubrication...

... 0 : = D / 2 , in the (linear) converging profile. Influence of the elongation number (other parameters are: a = 0 . 80 and De ̃ = 0 . 72 (Left) Percentage distribution of the effective viscosity in the three-dimensional thin film flow, for different...

... lubrication regime contact, ( d ) a thick oil film, ( e ) the spring model representation 30 12 2010 06 04 2011 17 06 2011 17 06 2011 elastic moduli film flow flow separation flow visualisation hydrodynamics liquid films lubricating oils rheology rough surfaces...

... and the shape of the cavitated region are unknown and so a free boundary problem arises. hydrodynamic lubrication cavitation squeeze textured bearings complementarity finite element method cavitation complementarity film flow lubricants 14 08 2009 14 07 2010...

.... Appl. , 20 ( 4 ), pp. 557 – 570 . 10.1177/1094342006064572 08 05 2009 12 11 2009 22 04 2010 22 04 2010 cavitation film flow lattice Boltzmann methods lubrication Navier-Stokes equations relaxation theory bearings fluid-film lubrication cavitation...

... and high stability under small eccentricity. 20 11 2008 27 05 2009 21 09 2009 elastic constants film flow finite element analysis hydrodynamics hydrostatics liquid films machine bearings stability 6 h ¯ = { ( 1 + ε   cos   ϕ ) cos   α...

... 2009 27 05 2009 Debye-Huckel theory electrokinetic effects film flow flow through porous media lubrication permeability viscosity stress jump electrokinetics EDL Brinkman-extended Darcy’s equation lubrication theory Porous materials are widely used in chromatography...

... in Chemical Mechanical Polishing ,” ASME J. Tribol. 0742-4787 , 122 , pp. 539 – 543 . 10.1115/1.555398 21 03 2008 02 03 2009 22 05 2009 chemical mechanical polishing film flow liquid films mechanical contact Navier-Stokes equations Reynolds equation polar...

... its application with several 1D solutions ( 3 ). ECA was disclosed in full detail by Elrod (1981) ( 4 ). cavitation analysis fluid film lubrication hydrodynamic lubrication journal bearing two-phase flow boundary layers cavitation film flow fracture hydrodynamics...

... ( 5 ) or high-pressure gas face seals operating in choked flow conditions ( 6 ). inertia effect turbulence hydrostatic seal mechanical face seal finite element method film flow finite element analysis hydrostatics laminar flow laminar to turbulent transitions lubricants seals...

... is determined. Again, the rotational speed is nil. 06 11 2006 30 03 2007 compressible flow confined flow elastodynamics film flow finite element analysis heat transfer hydrodynamics seals (stoppers) thermoelasticity mechanical gas face seals inertia effects choked flow...

...Noël Brunetière; Bernard Tournerie A theoretical study of thin fluid film flows between rotating and stationary disks is presented. Inertia terms are included using an averaged method. It is assumed that inertia effects do not influence the shape of velocity profiles. It is shown...

... seals are not yet adequately understood. Navier-Stokes equations film flow shear turbulence Couette flow Poiseuille flow channel flow 24 02 2004 22 06 2005 2006 American Society of Mechanical Engineers ...

... , “ Combined surface roughness pattern and non-Newtonian effects on the performance of dynamically loaded journal bearings ,” Tribol. Trans. , 45 ( 1 ), pp. 1 – 10 . lubrication mechanical contact non-Newtonian flow non-Newtonian fluids rheology film flow liquid films flow simulation...

... is close to the dimple zone. The maximum temperature rise in the dimple zone sometimes reached over 400 K, thus, the phase transition of the oil from liquid to glass may not occur. 01 March 2004 22 December 2004 13 06 2005 lubrication lubricating oils liquid films film flow...

.... 29 July 2003 04 February 2004 07 04 2005 lubrication chemical mechanical polishing shear flow surface roughness film flow liquid films mixed lubrication roughness sub-ambient pressure chemical mechanical polishing flow factors contact mechanics This paper...

..., The Finite Element Method , Mc Graw-Hill Partc: Mech. Eng. Sci., London. machine bearings shafts elastodynamics hydrodynamics lubrication finite element analysis elastic deformation film flow liquid films iterative methods lubricating oils Elastohydrodynamic Behavior Hybrid Bearing...

... continuum mechanics finite element analysis lubrication deformation film flow hydrodynamics flow through porous media convection When a soft permeable material like a porous rubber is used for bearing surfaces, the hydrodynamic fluid-film pressures and the frictional force are induced...

... is approximately O 10 − 2 . liquid films lubrication lubricants film flow surface roughness internal stresses rheology computational fluid dynamics When modeling in elastohydrodynamic lubrication (EHL), the Reynolds equation is the main partial differential equation to be applied. It was derived...

... March 2003 07 November 2003 28 06 2004 Knudsen flow magnetic disc storage finite element analysis thin films texture film flow lubrication In magnetic disk storage the distance between the head and disk is now in the submicron scale in order to increase the recording...