Cambridge University Press / Gomes De SA / Computer Integrated Manufacturing / HP / Rexroth / /
Country
United States / Australia / / /
Facility
Queensland University of Technology / /
IndustryTerm
proposed product / car carrier frame / car carriers / transportation / 3D max studio software / software tools / virtual ergonomic prototyping applications / motor supplier / paper using car carrier design / car carrier development / actual car carriers / car carrier deck models / interaction tools / car carrier design / car carrier concepts / downstream applications / mechanical products / automotive product / process suitable solution / Web-based virtual interactive environment / final car carrier designs / car carrier research / Internet-based collaborative product design / design automation tools / validation tool / car carrier designs / car carrier bodies / real time interaction / Internet-based product concept testing / car carrier / deck car / /
Organization
Cambridge University / Queensland University of Technology / Brisbane / Federal Government / International Congress / Design Engineering Division / Swinburne university of Technology / Faculty of Built / American Society of Mechanical Engineers / /
Person
Liang / Chen / Wei / Foley / /
Position
driver / VP / VP in product development / VP technique / VP time intervals techniques / Author / ACKNOWLEDGMENTS Author / VP techniques / VP technologies / VP reduced design cycle / VP approach / VP technique using motion simulation / VP basic models / Manufacturing Engineer / VP in making product / using VP / VP parts / /
Virtual prototyping used as validation tool in automotive design