Study of heat transfer on physiological driven movement with CNT nanofluids and variable viscosity.

Abstract:

BACKGROUND AND OBJECTIVES:With ongoing interest in CNT nanofluids and materials in biotechnology, energy and environment, microelectronics, composite materials etc., the current investigation is carried out to analyze the effects of variable viscosity and thermal conductivity of CNT nanofluids flow driven by cilia induced movement through a circular cylindrical tube. Metachronal wave is generated by the beating of cilia and mathematically modeled as elliptical wave propagation by Blake (1971). METHODS, RESULTS AND CONCLUSIONS:The problem is formulated in the form of nonlinear partial differential equations, which are simplified by using the dimensional analysis to avoid the complicacy of dimensional homogeneity. Lubrication theory is employed to linearize the governing equations and it is also physically appropriate for cilia movement. Analytical solutions for velocity, temperature and pressure gradient and stream function are obtained. The analytical results are numerically simulated by using the Mathematica Software and plotted the graphs for velocity profile, temperature profile, pressure gradient and stream lines for better discussion and visualization. This model is applicable in physiological transport phenomena to explore the nanotechnology in engineering the artificial cilia and ciliated tube/pipe.

authors

Akbar NS,Kazmi N,Tripathi D,Mir NA

doi

10.1016/j.cmpb.2016.08.001

subject

Has Abstract

pub_date

2016-11-01 00:00:00

pages

21-9

eissn

0169-2607

issn

1872-7565

pii

S0169-2607(16)30555-7

journal_volume

136

pub_type

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