Mean radiant temperature is central to our understanding of the radiant heat exchange
between the human body and surrounding environment. This paper will present a review of …

The mean radiant temperature (T mrt) is the most complex variable regarding the input
parameters for heat balance models of human being that are the background for the …

The parameter governing outdoor human thermal comfort (HTC) on warm, clear-sky days is
radiation. Its effect on HTC is accounted for by mean radiant temperature (T mrt). While T mrt …

Thermal comfort research has utilized various sensors and models to estimate the mean
radiant temperature (MRT) experienced by a human, including the standard black globe …

A large scale estimation of mean radiant temperature (tmrt) is conducted at two sites using
customised globe thermometers. The measurement points cover a variety of urban …

The mean radiant temperature (Tmrt) is one of the most important meteorological
parameters governing human energy balance. In this paper, three different methods of …

Correlations between outdoor thermal indices and the calculated or measured mean radiant
temperature T mrt are in general of high importance because of the combined effect on …

High-density urban environment affects urban microclimate, and thermal comfort of outdoor
spaces. Shading by urban structure is the primary measure to reduce daytime mean radiant …

Abstract Knowledge of how the mean radiant temperature (T mrt) is affected by factors such
as location, climate and urban setting contributes to the practice of climate sensitive …

The purpose of this study was to investigate the convective and radiative heat transfer
coefficients of the human body, while focusing on the convective heat transfer area of the …