<p>Variation of the critical Rayleigh number for stationary mode with the heat transfer coefficient for different values of conductivity ratio .</p
<p>Comparisons of heat transfer coefficient at different inlet temperature with fluid temperature.</...
<p>Variation of the reduced Nusselt number with Brownian motion and viscosity ratio parameters.</p
<p>Influence of temperature ratio parameter on temperature profiles and a comparison between linear...
<p>Variation of the critical Rayleigh number for stationary mode with wavenumber for different valu...
<p>Variation of the critical Rayleigh number for stationary mode based on the mean properties of the...
<p>Variation of the critical wavenumber for stationary mode with H for different values of .</p
<p>Variation of heat transfer rates with Reynolds number and different values of.</p
<p>Heat transfer coefficient <i>Z</i> variation with <i>t</i> = 0.1, <i>ϵ</i> = 0.1.</p
Heat transfer coefficient varies with mass flow rate of different longitudinal distance.</p
<p>Variation of temperature profiles θ(<i>y</i>) for several values of ratio of heights <i>h</i>.</p
<p>Influence of temperature ratio parameter on wall heat transfer rate with the variation in radiat...
Heat transfer coefficient varies with mass flow rate of different outside tube diameter.</p
<p>Variation of the reduced Sherwood number with Brownian motion and the viscosity ratio parameters....
Heat transfer coefficient varies with mass flow rate of different winding angle.</p
<p>Variation in heat transfer coefficient <i>Z</i> for Brinkman number <i>Br</i> when <i>ϵ</i> = 0.2...
<p>Comparisons of heat transfer coefficient at different inlet temperature with fluid temperature.</...
<p>Variation of the reduced Nusselt number with Brownian motion and viscosity ratio parameters.</p
<p>Influence of temperature ratio parameter on temperature profiles and a comparison between linear...
<p>Variation of the critical Rayleigh number for stationary mode with wavenumber for different valu...
<p>Variation of the critical Rayleigh number for stationary mode based on the mean properties of the...
<p>Variation of the critical wavenumber for stationary mode with H for different values of .</p
<p>Variation of heat transfer rates with Reynolds number and different values of.</p
<p>Heat transfer coefficient <i>Z</i> variation with <i>t</i> = 0.1, <i>ϵ</i> = 0.1.</p
Heat transfer coefficient varies with mass flow rate of different longitudinal distance.</p
<p>Variation of temperature profiles θ(<i>y</i>) for several values of ratio of heights <i>h</i>.</p
<p>Influence of temperature ratio parameter on wall heat transfer rate with the variation in radiat...
Heat transfer coefficient varies with mass flow rate of different outside tube diameter.</p
<p>Variation of the reduced Sherwood number with Brownian motion and the viscosity ratio parameters....
Heat transfer coefficient varies with mass flow rate of different winding angle.</p
<p>Variation in heat transfer coefficient <i>Z</i> for Brinkman number <i>Br</i> when <i>ϵ</i> = 0.2...
<p>Comparisons of heat transfer coefficient at different inlet temperature with fluid temperature.</...
<p>Variation of the reduced Nusselt number with Brownian motion and viscosity ratio parameters.</p
<p>Influence of temperature ratio parameter on temperature profiles and a comparison between linear...
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