SAE International The Contribution of Engine Mechanics to Improved Fuel Economy 2014-01-1663

Description
Measures for reducing engine friction within the powertrain are assessed in this paper. The included measures work in combination with several new technologies such as new combustion technologies, downsizing and alternative fuels. The friction reduction measures are discussed for a typical gasoline vehicle. If powertrain friction could be eliminated completely, a reduction of 15% in CO 2 emissions could be achieved. In order to comply with more demanding CO 2 legislations, new technologies have to be considered to meet these targets. The additional cost for friction reduction measures are often lower than those of other new technologies. Therefore, these measures are worth following up in detail.
Description
Measures for reducing engine friction within the powertrain are assessed in this paper. The included measures work in combination with several new technologies such as new combustion technologies, downsizing and alternative fuels. The friction reduction measures are discussed for a typical gasoline vehicle. If powertrain friction could be eliminated completely, a reduction of 15% in CO 2 emissions could be achieved. In order to comply with more demanding CO 2 legislations, new technologies have to be considered to meet these targets. The additional cost for friction reduction measures are often lower than those of other new technologies. Therefore, these measures are worth following up in detail.

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The Contribution of Engine Mechanics to Improved Fuel Economy - 2014-01-1663 - SAE International
Warrendale, PA, United States
The Contribution of Engine Mechanics to Improved Fuel Economy
2014-01-1663
The Contribution of Engine Mechanics to Improved Fuel Economy 2014-01-1663
Measures for reducing engine friction within the powertrain are assessed in this paper. The included measures work in combination with several new technologies such as new combustion technologies, downsizing and alternative fuels. The friction reduction measures are discussed for a typical gasoline vehicle. If powertrain friction could be eliminated completely, a reduction of 15% in CO 2 emissions could be achieved. In order to comply with more demanding CO 2 legislations, new technologies have to be considered to meet these targets. The additional cost for friction reduction measures are often lower than those of other new technologies. Therefore, these measures are worth following up in detail.

Measures for reducing engine friction within the powertrain are assessed in this paper. The included measures work in combination with several new technologies such as new combustion technologies, downsizing and alternative fuels. The friction reduction measures are discussed for a typical gasoline vehicle. If powertrain friction could be eliminated completely, a reduction of 15% in CO 2 emissions could be achieved. In order to comply with more demanding CO 2 legislations, new technologies have to be considered to meet these targets. The additional cost for friction reduction measures are often lower than those of other new technologies. Therefore, these measures are worth following up in detail.

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  SAE International
Product Category Standards and Technical Documents
Product Number 2014-01-1663
Product Name The Contribution of Engine Mechanics to Improved Fuel Economy
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