To take advantage of mathematics well after our school days are over, car companies have utilized computer-aided design and manufacturing along with other math tools since the 1950's for vehicle development. In 1995, Synchronous Math-Based Processes w...
To take advantage of mathematics well after our school days are over, car companies have utilized computer-aided design and manufacturing along with other math tools since the 1950's for vehicle development. In 1995, Synchronous Math-Based Processes were developed to assist in the development of global common processes that would permit the electronic integration of math data [1].
As the automotive industry continues along the global math journey, migration has taken place to the Global Virtual Vehicle Development (GVVD) process.
This paper will explain compelling and coordinated collaboration for functional areas internally and externally for the car company, including the supplier and consumer base that utilize Global Virtual Vehicle Development (GVVD). In addition, samples from the GVVD system architecture, methodologies, and relationships that are concurrent with the Global Vehicle Development Process (GVDP) for a car program are provided.