"mean temperature difference" is a correct and usable phrase in written English.
You can use it to refer to differences between the average temperatures of two or more different places, periods of time, etc. For example, "The mean temperature difference between the months of July and August is around 7 degrees Fahrenheit."
The system provides 23 °C greatest temperature difference (GTD), 14 °C lowest temperature difference (LTD) and 18.13 °C log mean temperature difference (LMTD).
The average difference between the simulated and measured pressure drops is 7.27% and the average difference for the log mean temperature difference (LMTD) is 4.41%.
An analytical model for indirect evaporative heat exchangers has been developed via a modified log mean temperature difference (LMTD) method designed for sensible heat exchangers.
The U-value of TABS water side to the room side is almost constant, but the effectiveness of TABS decreases with log mean temperature difference (LMTD) for both cases with and without ceiling panel.
Plate radiators connected to double string heating circuits were considered in an optimization procedure, based on supply and return temperatures, to obtain the required logarithmic mean temperature difference (LMTD) for a low temperature heating system.
Based on the analytical solution, thermal performance of multi-layered porous-medium micro heat exchangers is evaluated for counter-flow (CF) and parallel-flow (PF) arrangements in terms of the local temperature distribution, log mean temperature difference, and effectiveness.
In the context of evaporator selection, the ΔT used is the difference between the evaporating refrigerant and the temperature of the fluid entering the cooler, not the log mean temperature difference.
The LMTD methods are well established in the Chemical Engineering framework and, in general, apply a counterflow LMTD corrected by some factor to assess the "true" mean temperature difference between the fluids exchanging heat.
The intermediate heat exchanger for the heat extraction is analyzed and designed using the log mean temperature difference (LMTD) method with helium serving as the heat transfer fluid to extract heat from the supercritical water.
Furthermore, based on the relation among heat transfer rate, arithmetical mean temperature difference and EDTR, the total heat transfer rate in a heat exchanger can be easily calculated by the thermal conductance of heat exchanger and the heat capacity rates of fluids.
log mean temperature difference.
