Berlin / Cambridge / Urbana / Calgary / Hoboken / New York / Mineola / /
Company
Cambridge Univ Press / McGraw-Hill / /
Country
Canada / United Kingdom / /
Currency
USD / / /
Facility
Duke University / University of Waterloo / University of Illinois / /
IndustryTerm
log-law region / kinetic energy / Web resource / energy / /
MusicAlbum
G.G. / /
NaturalFeature
Colorado River / Bow River / Grand Canyon / /
OperatingSystem
Macintosh / /
Organization
Personal Flotation Device Manufacturers Association / National Science Foundation Division of Materials Research Grant / University of Illinois / Department of Mechanical Science and Engineering / University of Waterloo / Division of Earth and Ocean Sciences / Duke University / Durham / /
Person
John C. Griffith / William F. Burgoyne / Paulo Zandonade / Michael C. Dameron / Richard D. Keanea / Federico Scholcoff / Brit J Ind Med / James W. Phillips / Carlo Zuñiga Zamalloaa / Gustavo Gioiaa / Susan W. Kieffer / Pinaki Chakrabortyb / Stefan F. Garya / /
Position
viscous Author / prearranged editor / /
ProvinceOrState
Alberta / Illinois / North Carolina / New York / /
Residence time of buoyant objects in drowning machines Gustavo Gioiaa, Pinaki Chakrabortyb,1, Stefan F. Garya,2, Carlo Zuñiga Zamalloaa, and Richard D. Keanea a Department of Mechanical Science and Engineering, Universi