<p>Comparisons of heat transfer coefficient at different inlet temperature with fluid temperature.</p
<p>Comparison between the velocity and its thermal component for different values of <i>t</i>.</p
Heat transfer coefficient with sloshing amplitude of different longitudinal distance.</p
<p>Variation of heat transfer rates with Reynolds number and different values of.</p
Heat transfer coefficient varies with mass flow rate of different outside tube diameter.</p
Heat transfer coefficient varies with mass flow rate of different longitudinal distance.</p
<p>Comparison of dimensionless heat transfer rates for different values of Pr when .</p
<p>Comparison of heat transfer rate at the wall of water and Cu-water nanofluid for change in heat s...
Heat transfer coefficient with sloshing period of different outside tube diameter.</p
<p>Comparison of heat transfer rate at the wall of water and Cu-water nanofluid for change in Grasho...
<p>Comparison between estimated and measured airflow temperatures outside the protective sensor's ho...
Heat transfer coefficient with sloshing amplitude of different outside tube diameter.</p
Heat transfer coefficient varies with mass flow rate of different winding angle.</p
<p>Comparison of heat transfer rate at the wall of water and Cu-water nanofluid for change in Brinkm...
Heat transfer coefficient with sloshing period of different longitudinal distance.</p
<p>Comparison between measured and simulated temperatures inside the sensor's housing.</p
<p>Comparison between the velocity and its thermal component for different values of <i>t</i>.</p
Heat transfer coefficient with sloshing amplitude of different longitudinal distance.</p
<p>Variation of heat transfer rates with Reynolds number and different values of.</p
Heat transfer coefficient varies with mass flow rate of different outside tube diameter.</p
Heat transfer coefficient varies with mass flow rate of different longitudinal distance.</p
<p>Comparison of dimensionless heat transfer rates for different values of Pr when .</p
<p>Comparison of heat transfer rate at the wall of water and Cu-water nanofluid for change in heat s...
Heat transfer coefficient with sloshing period of different outside tube diameter.</p
<p>Comparison of heat transfer rate at the wall of water and Cu-water nanofluid for change in Grasho...
<p>Comparison between estimated and measured airflow temperatures outside the protective sensor's ho...
Heat transfer coefficient with sloshing amplitude of different outside tube diameter.</p
Heat transfer coefficient varies with mass flow rate of different winding angle.</p
<p>Comparison of heat transfer rate at the wall of water and Cu-water nanofluid for change in Brinkm...
Heat transfer coefficient with sloshing period of different longitudinal distance.</p
<p>Comparison between measured and simulated temperatures inside the sensor's housing.</p
<p>Comparison between the velocity and its thermal component for different values of <i>t</i>.</p
Heat transfer coefficient with sloshing amplitude of different longitudinal distance.</p
<p>Variation of heat transfer rates with Reynolds number and different values of.</p
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