This paper illustrates a methodology in which complete material-manufacturing process cases for closure panels, reinforcements, and assembly are modeled and compared in order to identify the preferred option for a lightweight closure design. First, process-based cost models are used to predict the cost of lightweighting the closure set of a sample midsized sports utility vehicle (SUV) via material and process substitution. Weight savings are then analyzed using a powertrain simulation to understand the impact of lightweighting on fuel economy. The results are evaluated in the context of production volume and total mass change.
Modeling Costs and Fuel Economy Benefits of Lightweighting Vehicle Closure Panels
Sae Technical Papers
SAE World Congress & Exhibition ; 2008
14.04.2008
Aufsatz (Konferenz)
Englisch
Modeling Costs and Fuel Economy Benefits of Lightweighting Vehicle Closure Panels
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