The aim of this paper is to review the literature on human thermal comfort in the built
environment. First an overview about the subject area is presented. This is followed by a …

Although the Hertz-Knudsen (HK) relation is often used to correlate evaporation data, the
relation contains two empirical parameters (the evaporation and condensation coefficients) …

The indoor thermal environment in buildings, industry, and other fields greatly affects human
thermal comfort, productivity, energy consumption, and even health. The heating, ventilation …

The accuracy, or even the validity, of the Schrage relationships expressing the rate of
evaporation and condensation in terms of local interfacial thermodynamics properties and …

Several mathematical models of human thermoregulation have been developed,
contributing to a deep understanding of thermal responses in different thermal conditions …

It was shown in recent experiments and molecular dynamics (MD) simulations that Schrage
equation predicts evaporation and condensation rates of water in the absence of a non …

Recently, molecular dynamics (MD) simulations were utilized to show that Schrage theory
predicts evaporation/condensation mass fluxes with good accuracy in the case of …

In this paper, a novel algorithm for estimating clothing insulation is proposed to assess
thermal comfort, based on the non-contact and real-time measurements of the face and …

Clothing plays an essential role in maintaining heat balance and thermal comfort for older
people but varies with climate conditions and costume culture. The recommended clothing …

Using molecular dynamics simulations, we study evaporation and condensation of fluid Ar in
the presence of a non-condensable Ne gas in a nanochannel. The evaporation and …