Western Europe sweltered through its hottest June on record last month, as extreme temperatures blasted the region in ...

RMC predicts soaring temperatures in Tamil Nadu due to subdued rainfall and strong westerlies, causing discomfort in coastal areas.

Corberán and Melón (1998) developed a model discretizing the tube path with a UA-log mean temperature difference local approach to test the R134a evaporation and condensation correlation. A comparison ...

The daily mean temperature for the month of May is projected to be 32°C. The lowest temperature recorded for the month of May was 15.2°C in 1971, while the highest was 47.7°C in 2014.

The paper presents a dry cooler simulator that calculates heat transfer between sCO₂ and air in finned tubes using the logarithmic mean temperature difference (LMTD) method. The simulator iteratively ...

There is no simple answer to this. Setting temperatures Heat transfer is driven by the temperature difference between the hot and cold streams. The temperature difference varies along the length of ...

Here, F denotes the logarithmic mean temperature difference correction factor that accounts for differences arising from non-countercurrent operation. LMTD calculations using the model of Bes and ...

Although a shell-side expansion joint is commonly recommended whenever the logarithmic mean temperature difference is greater than 150°F, it does not compensate for tubes expanding at different rates.

The design optimization of heat exchangers is a topic extensively investigated in the literature. The majority of the papers that addressed this problem employed closed-form analytical solutions to ...

The model is based on the equalization of the so-called logarithmic mean temperature difference (LMTD), which determines the temperature driving force for heat transfer in flow systems such as ...

Results The mean age of the research participants who self-reported their body temperature was 47 years, with 53% being male. Participating individuals completed 3.60 of the seven available PROMIS ...