Germany / Norway / France / United States / Italy / Australia / United Kingdom / /
Facility
Front Wheel Arch / The University of Adelaide / W.R. Garner / /
IndustryTerm
acoustic energy / non-visible device / insurance claims / communications difficulties / audible warning devices / road networks / job site / travel time / closed car / predicted in-car sound pressure levels / audio editing software / car audio systems / high-urgency ambulance transportation / radio communications / /
MusicGroup
Frequency / /
OperatingSystem
Microsoft Windows / /
Organization
Emergency Service / UK Fire Brigade / Fire Brigade / MIT / Ton Fire Brigade / Society of Automotive Engineers / Acoustical Society of America / University of Adelaide / Adelaide / US Department of Transport / Ton Police / European Unit / Elefterios P. Privopoulos School of Mechanical Engineering / /
Person
C.F. Owens Jr / W.A. Biggers / Aaron J. Maddern / C.E. Mayo Jr / B.S. Zachariah / Wang / Carl Q. Howard / / /
Position
driver / speaker / paramedic / /
Product
Mitsubishi Magna / /
ProvinceOrState
South Australia / Pennsylvania / Adelaide / New York / /
PublishedMedium
Journal of Sound and Vibration / Annals of Emergency Medicine / Emergency Medicine Journal / The American Journal / /
ACOUSTIC CHARACTERISTICS FOR EFFECTIVE AMBULANCE SIRENS Carl Q. Howard, Aaron J. Maddern and Elefterios P. Privopoulos School of Mechanical Engineering, The University of Adelaide, Adelaide, South Australia Ambulances i