OBJECTIVES: To revise the criteria used in the present "Required Sweat Rate" standard ISO 7933 (1989) for the prediction of the maximum duration of work in hot environments. METHODS: Review of the literature and in particular, of the bases for the present criteria. RESULTS: A new method is proposed, to take into account the increase in core temperature associated with activity in neutral environments. The prediction of maximum wetness and maximum sweat rates are revised, as well as the limits for maximum water loss and core temperature. CONCLUSION: An improved set of maximum values and limits is described, to be used in the revised version of the ISO 7933 standard. Due to the major modifications to the "Required Sweat Rate" index and in ord...
Heat stress is a common physical agent associated with many occupations. The most commonly used meth...
Workers are exposed to stressful thermal work environments in multiple industries every day. Methods...
Background: Workers in many industries are exposed to thermally stressful work environ-ments. Protec...
(1989) for the prediction of the maximum duration of work in hot environments. Methods: Review of th...
OBJECTIVE: To co-ordinate the work of the main European research teams in the field of thermal facto...
Eight laboratories participated in a concerted research project on the assessment of hot working con...
The major defence available to the body in high-temperature occupational exposures is the evaporatio...
Eight laboratories participated in a concerted research project on the assessment of hot work-ing co...
The work of the main European research teams in the field of thermal factors was coordinated in orde...
Heat stress is one of many physical agents to which thousands of workers are under constant exposure...
The International Standards Organisation (ISO) has produced an integrated series of international st...
With a view to occupational effects of climate change, we performed a simulation study on the influe...
"This document contains the recommendations of the National Institute for Occupational Safety a...
The present study aimed at (1) deriving the best methodology for using heat stress indices in fluctu...
Working below the threshold limit value (TLV) for heat stress is not always feasible. When work abov...
Heat stress is a common physical agent associated with many occupations. The most commonly used meth...
Workers are exposed to stressful thermal work environments in multiple industries every day. Methods...
Background: Workers in many industries are exposed to thermally stressful work environ-ments. Protec...
(1989) for the prediction of the maximum duration of work in hot environments. Methods: Review of th...
OBJECTIVE: To co-ordinate the work of the main European research teams in the field of thermal facto...
Eight laboratories participated in a concerted research project on the assessment of hot working con...
The major defence available to the body in high-temperature occupational exposures is the evaporatio...
Eight laboratories participated in a concerted research project on the assessment of hot work-ing co...
The work of the main European research teams in the field of thermal factors was coordinated in orde...
Heat stress is one of many physical agents to which thousands of workers are under constant exposure...
The International Standards Organisation (ISO) has produced an integrated series of international st...
With a view to occupational effects of climate change, we performed a simulation study on the influe...
"This document contains the recommendations of the National Institute for Occupational Safety a...
The present study aimed at (1) deriving the best methodology for using heat stress indices in fluctu...
Working below the threshold limit value (TLV) for heat stress is not always feasible. When work abov...
Heat stress is a common physical agent associated with many occupations. The most commonly used meth...
Workers are exposed to stressful thermal work environments in multiple industries every day. Methods...
Background: Workers in many industries are exposed to thermally stressful work environ-ments. Protec...