Automotive drive train application

The chemist s role is not limited to materials and analysis of designed components. The role also extends into power train applications and processes. Power train, refers to the set of components that generate power (engine) and deliver power (transmission, differential, and drive shafts) to the road. The combustion process, lubrication of components, and cooling requirements—along with ways to improve these processes and requirements—must be understood. The automotive chemist s tools and training allow for these challenges to be met properly as we head into the future. 

Aluminium s lightweight performance delivers great benefit in transport applications such as aerospace, cars, ships, trains and buses. The metal s intrinsic characteristics help give automotive and other transport users improved driving performance as well as increasing fuel economy and reducing emissions. 

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