Human thermoregulatory models could be used to assess body temperature and thermal
stress in chemical protective clothing. Most models in the literature were exploited based on …

Over the last decade, modelling of heat and mass transfer through textile materials has
become a constant focus of researchers, the research being directly influenced by the …

Abstract Flame-Retardant Clothing serves as a protective shield for firefighters that
safeguards them from exposure to heat, flames and other thermal hazards. To achieve an …

Experimental studies used for evaluation of quality of the fire-fighters protective clothing are
based on irradiation of the clothing sample by an external pulse of a given duration. The …

An improved numerical model is developed for coupled heat and moisture transport in fire
protective suits exposed to flash fire. This model is combined with Pennes' bioheat transfer …

Purpose The paper aims to present the advanced mathematical and numerical models of
conjugated heat and mass transfer in a multi-layer protective clothing, human skin and …

Analyses of influence of different heat transfer modes on temperature distributions in the
firefighter's multi-layer protective clothing, skin and muscle were carried out. The system …

The paper presents verification and validation of an advanced numerical model of heat and
moisture transfer in the multi-layer protective clothing and in components of the experimental …

A numerical thermal model of the multi-layer protective clothing which accounts for the
clothing movement is presented. The model includes heat conduction and thermal radiation …

Purpose At present, electrical heating clothing is widely used to keep ourselves warm at low
temperature. The purpose of this paper is to explore the heat transfer performance of …