MOTS EN ANGLAIS EN RAPPORT AVEC «SLIP FLOW»
slip flow
slip
flow
regime
past
stretching
surface
microchannels
chromatography
what
does
affect
filter
performance
advantages
nanofibers
phase
depth
filtration
phenomena
purpose
this
article
describe
meant
cluding
boundary
condition
wall
which
derived
from
momentum
balance
accurately
model
mass
pressure
relationship
effect
fluids
assumption
that
liquid
adheres
solid
central
tenets
navier
stokes
theory
however
there
efficient
separations
intact
proteins
using
with
nano
bonded
gave
fold
enhancement
allow
stable
nanospray
column
length
modelling
comsol
thermal
transpiration
module
having
trouble
continuity
essentially
10 LIVRES EN ANGLAIS EN RAPPORT AVEC «SLIP FLOW»
Découvrez l'usage de
slip flow dans la sélection bibliographique suivante. Des livres en rapport avec
slip flow et de courts extraits de ceux-ci pour replacer dans son contexte son utilisation littéraire.
1
Near-wall Velocimetry and Investigation of
Slip Flow in ...
This work was supported by the CRC Program of the National Science Foundation, Grant Number CHE-0209898.
2
Computational Evaluation of
Flow and Heat Transfer in the ...
For Btt ^ 0 and fiv\Kn ^ 0, hydro- dynamically developing slip flow results in flow
work adjacent to the wall that initially ... to constant wall heat flux (H2) and
constant wall temperature (7) thermal boundary conditions in the slip flow regime.
Jennifer A. van Rij, 2009
3
Analysis of
Slip Flow in Microchannels
Slip flow heat transfer in annular microchannels has been examined. The effects of Knudsen number, radii ratio and heat flux ratio on heat transfer characteristics are discussed.
4
Microflows and Nanoflows: Fundamentals and Simulation
Knudsen's formula can be written for the slip flow regime (Kn ≤ 0.1) as ̇MKn
64Kn ( 2.5073.095 ) 2 + O(Kn ̇MC =1+ 3π ), where the subscript “C” stands for
continuum predictions. This relation shows that Knudsen's formula is not accurate
...
George Karniadakis, Ali Beskok, Narayan Aluru, 2006
5
Solid-Liquid Two Phase
Flow
One of the outcomes of migration is the evolution of slip flow, which will be
discussed next. Another outcome is the effect on particle distribution. 3.4.2 Slip
flow Slip flow signifies a discontinuity in momentum transfer. It may arise due to
absence ...
Sümer M. Peker, Serife S. Helvaci, 2011
6
Multiphase
Flow And Heat Transfer: Second International ...
-1.5 -1.0 (a)homogeneous flow model -0.5 0.5 -1.5 -1.0 -0.5 (b)slip flow model
FIGURE 2. Flow-pressure drop characteristics. Comparing FIGURES 2(a) and 2(
b), we conclude that the homogeneous flow model gives less conservative ...
Xue-Jun Chen, T. Nejat Veziroglu, Chang L. Tien, 1990
7
Microphysics of Clouds and Precipitation
logs, for s — > 0. 14.4.3 The Slip-Flow Correction in Stokes Flow As we
mentioned above, droplet collisions are theoretically impossible in Stokes flow,
since the resistance to the approach of the spheres varies inversely with the gap
between ...
Hans R. Pruppacher, James D. Klett, 2010
8
Microfluidics Based Microsystems: Fundamentals and Applications
For microscale slip flow regime, the continuum approach is still valid, and Navier-
Stokes and energy equations may still be used, but with a modification of
boundary conditions. One important dimensionless parameter characterizing the
flow ...
S. Kakaç, B. Kosoy, D. Li, 2010
16.2.3 Slip Flow The Reynolds equation is based on the continuum theory of fluid
mechanics. If the mean free path of the molecules be small compared to the film
thickness, continuum flow may be assumed to occur. But, if the mean free path ...
10
Two-Phase
Flow, Boiling, and Condensation: In Conventional ...
A slip flow model based on the slip ratio correlation of Zivi (1964) (Eq. 6.38),
however, agreed with the data well for both sudden expansion and contraction.
Moreover, the assumption that no vena-contracta takes place in sudden con
traction ...
S. Mostafa Ghiaasiaan, 2007
