Examples of 'heat transfer coefficient' in a sentence
Meaning of "heat transfer coefficient"
heat transfer coefficient - Heat transfer coefficient is a parameter that determines the rate of heat transfer between two mediums and is often used in engineering and thermodynamics to describe the efficiency of heat exchange processes
How to use "heat transfer coefficient" in a sentence
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heat transfer coefficient
Measurement of overall heat transfer coefficient of equipment.
Heat transfer coefficient is improved as compared to plain.
This lowers the heat transfer coefficient.
Heat transfer coefficient is the inverse of thermal insulance.
Measurement of the overall heat transfer coefficient.
Heat transfer coefficient between ingot and mould.
To quickly calculate the heat transfer coefficient.
The heat transfer coefficient is a reciprocal of thermal insulance.
The constant of proportionality is the heat transfer coefficient.
Therefore the heat transfer coefficient is increased.
Measurement of heat flux density and heat transfer coefficient.
Heat transfer coefficient and the effective capacity of the.
Improving the surface heat transfer coefficient of the plate.
Heat transfer coefficient by convection.
Efficiency of this process depends on the heat transfer coefficient.
See also
Overall heat transfer coefficient.
Convection makes a substantial contribution towards improving the heat transfer coefficient.
The heat transfer coefficient is lower than glass and.
It is thus possible to considerably increase the heat transfer coefficient of the exchanger.
The smallest heat transfer coefficient at a relatively high resistance.
This layer is transparent to pumped light and has a good heat transfer coefficient.
Radiation heat transfer coefficient.
It also provides for periodic boundary layer scrubbing and enhancement in heat transfer coefficient.
It can be argued that heat transfer coefficient is also an important parameter.
The student shall measure the variables that affect the overall heat transfer coefficient.
K is heat transfer coefficient.
This causes turbulence and reduces boundary layer growth increasing the heat transfer coefficient.
Note that estimating the heat transfer coefficient may be quite complicated.
Heat transfer coefficient distributions were compared to the current version of TURBICE and experimental tests.
This results in a high maximum heat transfer coefficient between coolant and belt.
The heat transfer coefficient is relatively high due to this spreading effect.
This leads to a very strong variable heat transfer coefficient during the direct cooling stage.
Several heat transfer coefficient empirical correlations have been used along the years.
Value of the material Convective heat transfer coefficient.
The total heat transfer coefficient can be is thus a combination of the two.
This heat transfer is modelled in FDS with a fixed heat transfer coefficient value.
The heat transfer coefficient is a measure for determining the amount of heat that.
The limiting factor is the heat transfer coefficient between the air and fins.
The heat transfer coefficient is also typically high around the cavity periphery.
The U value is also called heat transfer coefficient.
The heat transfer coefficient for natural convection and φ is the heat flow.
This velocity limitation limits the heat transfer coefficient U.
The heat transfer coefficient between the wall and the vapor is low.
In window industry products, the heat transfer coefficient has improved.
The heat transfer coefficient is strongly related to the impinging air stream velocity.
In addition, diluting the zeotropic mixture reduces the heat transfer coefficient.
The heat transfer coefficient is the heat transferred per unit area per kelvin.
Using nano-film technology, significantly increase the heat transfer coefficient.
Calculating heat transfer coefficient for pure steam evaporator based on falling film evaporation.
Thus, the heat medium can have an increased heat transfer coefficient.
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