The use of protective clothing, whether in space suits, hazardous waste disposal, or sporting
equipment, generally increases the risk of heat stress and hyperthermia by impairing the …

Thermal comfort markedly impacts our health, well-being and work productivity. This article
is a review of practices generally adopted to quantify human thermal comfort in buildings …

A population-based dynamic model of human thermoregulation was expanded with control
equations incorporating the individual person's characteristics (body surface area, mass …

Ökat intresse för energiförbrukning och samtidiga krav på godtagbar termisk miljö gör det
nödvändigt att i förväg kunna bedöma personpåverkan från olika kombinationer av …

As an alternative to the existing bioheat transfer models a new system of two energy
equations is proposed by considering the human body as a deformable porous medium …

抄録 In this paper a dynamic model of the human/clothing/environment-system is developed.
The human body (controlled system) is subdivided into six segments consisting of the head …

The multidimensional transient temperature profiles of the arterial and venous blood flows
and of the tissue within a limb are simulated with the bioheat equations developed by means …

Clothing is important for keeping the human body warm in cold environments. In Fanger's
predicted mean vote (PMV) model, clothing insulation is a single input parameter that …

Traditional methods of human thermal comfort analysis are based on the first law of
thermodynamics. These methods use an energy balance of the human body to determine …

Arterial, venous blood and solid tissue are the three energy carriers that contribute to heat
transfer in the living biological tissues. A generalized dual-phase lag mode for living …