RT Journal Article
ID 2c10810e1c5a04dc
A1 Kane, Daniel
A1 Hodes, Marc
T1 ISOFLUX NUSSELT NUMBER EXPRESSION FOR COMBINED POISEUILLE AND COUETTE FLOW CAPTURING ASYMMETRY AND SLIP
JF Heat Transfer Research
JO HTR
YR 2019
FD 2019-09-05
VO 50
IS 15
SP 1531
OP 1538
K1 Nusselt number
K1 microchannel cooling
K1 superhydrophobic
AB We analytically consider steady, fully-developed, laminar thermal transport between isoflux, parallel plates. Hydrodynamic slip length, thermal slip length, and heat flux are prescribed at each plate. A combined Poiseuille and Couette flow is driven by an imposed pressure gradient and a moving plate. A Nusselt number expression is presented as a
function of dimensionless forms of the aforementioned flow and thermal parameters. The limiting cases of Poiseuille
flow with and without slip and Couette flow without slip agree with existing expressions. The expressions for combined Poiseuille and Couette flow with and without slip and Couette flow with slip are new.

PB Begell House
LK https://www.dl.begellhouse.com/journals/46784ef93dddff27,62eeaa282c1df1b6,2c10810e1c5a04dc.html