heat transfer coefficient
coefficient of heat transfer

I have not been able to find a value for the heat transfer coefficient.

The total heat transfer coefficient can be is thus a combination of the two.

The combination of these effects allows very high heat transfer coefficients.

The data for the thermal resistance and heat transfer coefficient are shown in Figure 14.

One also has to look at heat transfer coefficient to see how quickly the heat is lost from food.

Note that estimating the heat transfer coefficient may be quite complicated.

This can encourage phase changes, which often creates a very high heat transfer coefficient.

It can be argued that heat transfer coefficient is also an important parameter.

U is dependent upon the heat transfer coefficients in the hot and cold streams.

Under turbulent conditions the heat transfer coefficient increases with increased flow.

Therefore in this condition the heat transfer coefficient decreases with increased mass flow.

The law requires that the Heat transfer coefficient is independent of the temperature difference between the object and its surroundings.

The overall heat transfer coefficient tends to decline over time due to fouling.

The heat transfer coefficient is also known as 'thermal admittance'

There exist simple fluid-specific correlations for heat transfer coefficient in boiling.

It has also been assumed that the heat transfer coefficient (U) is constant, and not a function of temperature.

If the above assumption does not hold, then the wall heat transfer coefficient can be calculated using the following expression:

This correlation therefore indicates that the heat transfer coefficient increases as channel diameter decreases.

Heat transfer coefficient is the inverse of thermal insulance.

This reduces the overall heat transfer coefficient and efficiency of the heat exchanger.

Online monitoring of commercial heat exchangers is done by tracking the overall heat transfer coefficient.

The heat transfer coefficient is the heat transferred per unit area per kelvin.

'Q.' Estimate the heat transfer coefficient and thermal resistance of the air gap in a double glazed window.

By calculating the heat transfer coefficient from this Biot number, we can find a liquid medium suitable for the application.

The heat transfer coefficient is often calculated from the Nusselt number (a dimensionless number).