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Data Base for Light-Weight Automotive Diesel Power Plants

Bernd Wiedemann, Peter Hofbauer

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Abstract

The effects on fuel economy, emissions, passenger car safety and other varaibles due to the installation of light-weight Diesel powerplants were studied. Experimental data was obtained on naturally aspirated and turbocharged Diesel engines installed in subcompact and compact passenger vehicles. The data include fuel economy as a function of engine type and horsepower, transmission layout, vehicle inerta weight, and of regulated emission constraints. Unregulated emissions have been characteristized during the course of the work. The compatibility of the Diesel engines studied with passenger car structures incorporating advanced frontal crashworthiness capabilities was analyzed and demonstrated with the Integrated Research Vehicle (IRVW).

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What this paper is about

The effects on fuel economy, emissions, passenger car safety and other varaibles due to the installation of light-weight Diesel powerplants were studied. Experimental data was obtained on naturally aspirated and turbocharged Diesel engines installed in subcompact and compact passenger vehicles. The data include fuel economy as a function of engine type and horsepower, transmission layout, vehicle inerta weight, and of regulated emission constraints. Unregulated emissions have been characteristized during the course of the work. The compatibility of the Diesel engines studied with passenger car structures incorporating advanced frontal crashworthiness capabilities was analyzed and demonstrated with the Integrated Research Vehicle (IRVW).

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Available abstract

The effects on fuel economy, emissions, passenger car safety and other varaibles due to the installation of light-weight Diesel powerplants were studied. Experimental data was obtained on naturally aspirated and turbocharged Diesel engines installed in subcompact and compact passenger vehicles. The data include fuel economy as a function of engine type and horsepower, transmission layout, vehicle inerta weight, and of regulated emission constraints. Unregulated emissions have been characteristized during the course of the work. The compatibility of the Diesel engines studied with passenger car structures incorporating advanced frontal crashworthiness capabilities was analyzed and demonstrated with the Integrated Research Vehicle (IRVW).

Key concepts: Automotive industry, Automotive engineering, Base (topology), Diesel fuel, Power (physics), Computer science, Environmental science, Electrical engineering

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