Personal thermal and moisture management for wearable systems and strategies are
drawing increasing attention due to their potential on human thermal comfort and safety and …

Clothing as a tool connecting the human body and environment provides thermal and
moisture comfort, and protective performance in cold, moderate, and extremely hot …

Moisture transmission through textiles has a great influence on the thermo-physiological
comfort of the human body which is maintained by perspiring both in vapour and liquid form …

A mathematical multi-segmented model based on an improved Stolwijk model is developed
for predicting nude human thermal and regulatory responses within body segments and the …

A dynamic model of heat and moisture transfer with sorption and condensation in porous
clothing assemblies is presented in this paper. The model considers for the first time the …

A dynamic model of liquid water transfer coupled with moisture sorption, condensa tion, and
heat transfer in porous textiles is developed by incorporating the physical mechanism of …

This paper focuses on a theoretical investigation of the coupling mechanism of heat transfer
and liquid moisture diffusion in porous textiles using a mathematical model developed …

An improved mathematical model that takes into account the water vapor sorption
mechanisms of wool fiber is developed to describe and predict the coupled heat and …

A mathematical model has been developed to describe the dynamic heat and moisture
transport behavior of clothing and its interaction with the human thermoregulation system …

A study has been carried out to investigate the psychophysical mechanisms of the
perception of temperature and moisture sensations in clothing during environmental …