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An over-design FMSHEN is obtained by optimizing the stream heat transfer temperature difference contribution.
The distribution of effective heat transfer temperature difference is extremely un-uniform in tube bundle.
Using relatively simple models of static and time-varying heat transfer, temperature effects can be modeled.
A detailed thermal-hydraulic analysis was performed to calculate heat transfer, temperature distribution, and pressure drop inside both printed circuit and shell-and-tube heat exchangers.
Effective temperature level of stream, namely stream pseudo temperature, is determined by its actual temperature and heat transfer temperature difference contribution value.
Therefore, methods should be adopted to decrease the heat transfer temperature difference between the geothermal water and hot water, to reduce the exergy loss of the system.
Similar(34)
Regarding the investigation of heat-transfer temperature, the 2NN MEAM gives the best results for harmonic and anharmonic properties for silver and for silicon using the previous results of the literature [32].
Through convective and conductive heat transfer, forehead temperature is 'contaminated' by the temperature of the underlying metabolically active brain, as the effective heat transfer coefficient for the forehead is higher than for the rest of the body (Sessler & Sessler 1998).
The method has been further extended to accommodate forced convective heat transfer where temperature particles are created at a surface to satisfy the condition of constant surface temperature.
Heat pipes do have limitations such as maximum rates of heat transfer and temperature limits.
It is noted that melting heat transfer reduces temperature distribution whereas radiation parameter upsurge it.
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