<p>Global heat proportionality coefficient () and exponent () values from plots at flow ranged from 1-10 cm s<sup>−1</sup>.</p
<p>Neutral stability curves for different values of heat transfer coefficient .</p
Various regression model equations (dashed line) were fit to the experimental data (W–solid line) fo...
<p>The three coloured lines in each plot represent linear (blue), quadratic (green) and exponential ...
<p>Global allometric model constants obtained from log-log regressions of the generalised allometric...
Heat transfer coefficient varies with mass flow rate of different longitudinal distance.</p
Heat transfer coefficient varies with mass flow rate of different outside tube diameter.</p
Heat transfer coefficient with sloshing amplitude of different longitudinal distance.</p
<p>Comparisons of heat transfer coefficient at different inlet temperature with fluid temperature.</...
Nous présentons des mesures de coefficients de frottement et de transfert thermique par convection f...
Heat transfer coefficient with sloshing period of different longitudinal distance.</p
Heat transfer coefficient varies with mass flow rate of different winding angle.</p
(A) Global surface heat flow measurements (International Heat Flow Commission) plotted by binning th...
<p>Heat transfer coefficient <i>Z</i> variation with <i>t</i> = 0.1, <i>ϵ</i> = 0.1.</p
<p>The left Y-axis is the contribution rate of covariance for each single EOF components (blue). The...
A global heat flow map has been derived from existing observations supplemented in areas without dat...
<p>Neutral stability curves for different values of heat transfer coefficient .</p
Various regression model equations (dashed line) were fit to the experimental data (W–solid line) fo...
<p>The three coloured lines in each plot represent linear (blue), quadratic (green) and exponential ...
<p>Global allometric model constants obtained from log-log regressions of the generalised allometric...
Heat transfer coefficient varies with mass flow rate of different longitudinal distance.</p
Heat transfer coefficient varies with mass flow rate of different outside tube diameter.</p
Heat transfer coefficient with sloshing amplitude of different longitudinal distance.</p
<p>Comparisons of heat transfer coefficient at different inlet temperature with fluid temperature.</...
Nous présentons des mesures de coefficients de frottement et de transfert thermique par convection f...
Heat transfer coefficient with sloshing period of different longitudinal distance.</p
Heat transfer coefficient varies with mass flow rate of different winding angle.</p
(A) Global surface heat flow measurements (International Heat Flow Commission) plotted by binning th...
<p>Heat transfer coefficient <i>Z</i> variation with <i>t</i> = 0.1, <i>ϵ</i> = 0.1.</p
<p>The left Y-axis is the contribution rate of covariance for each single EOF components (blue). The...
A global heat flow map has been derived from existing observations supplemented in areas without dat...
<p>Neutral stability curves for different values of heat transfer coefficient .</p
Various regression model equations (dashed line) were fit to the experimental data (W–solid line) fo...
<p>The three coloured lines in each plot represent linear (blue), quadratic (green) and exponential ...
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