A cabin water spray system (CWSS) has been suggested as a means of attenuating the severity of smoke and fire commonly associated with aircraft accidents. All aspects of passenger and cabin safety must be considered when evaluating a new safety system or concept. The purposes of this report are to briefly review the pathophysiological changes occurring in the respiratory system as a result of thermal injury and to quantitatively estimate the risk of creating a more hazardous cabin environment by activation of CWSS. Changes in the heat content of the cabin atmosphere resulting from CWSS activation were calculated using parameters consistent with current aircraft and proposals for CWSS design. The results suggest that only a very small volume of the aircraft cabin would have an increase in heat content that could result in thermal Injury.
Potential for Pulmonary Heat Injury Resulting from the Activation of a Cabin Water Spray System to Flight Aircraft Cabin Fires
1995
11 pages
Report
Keine Angabe
Englisch
Public Health & Industrial Medicine , Air Transportation , Job Environment , Flight crews , Wounds and injuries , Aircraft fires , Fire suppression , Fire safety , Aircraft cabins , Volume , Activation , Aircraft , Risk , Hazards , Smoke , Flight , Safety , Aviation accidents , Lung , Respiratory system , Physiology , Temperature control , Pathology , Heat , Passengers , Sprays , Atmospheres , Water supplies , Burns(Injuries) , Pressurized cabins , Cwss(Cabin water spray system) , Thermal injury
Modeling of Aircraft Cabin Fires
NTIS | 1984
|Computer Modeling of Aircraft Cabin Fires
NTIS | 1983
|