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Reconfigurability of engines: A kinematic approach to variable compression ratio engines

机译:发动机的可重配置性:可变压缩比发动机的运动学方法

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摘要

The variable compression ratio (VCR) engine has become an opportunity to overcome the new consumption and emissions laws. Researchers believe that the VCR engine can unite both efficiency and performance. Thus, it is applied a methodology based on Tsai (2000) and Yan (1998) in order to investigate the opportunities for the development of VCR engines. A patent survey was conducted analyzing 1163 patents and resulting in 127 different VCR engine designs. Based on that survey and comparing with several authors, this paper proposes an enhanced classification of the VCR engines. The kinematic chains from all classes of VCR engines are analyzed in order to investigate the topological and structural characteristics which are compared with previous works from Freudenstein and Maki (1983) and Tsai (2000). This information is used to discuss both the reconfigurability and the potential for innovation of VCR engines. (C) 2015 Elsevier Ltd. All rights reserved.
机译:可变压缩比(VCR)发动机已经成为克服新的消耗和排放法规的机会。研究人员认为,VCR引擎可以将效率和性能结合在一起。因此,为了研究VCR引擎的发展机会,它应用了基于Tsai(2000)和Yan(1998)的方法。进行了一项专利调查,分析了1163项专利,并得出127种不同的VCR发动机设计。基于该调查并与几位作者进行比较,本文提出了一种VCR引擎的增强分类。为了研究拓扑和结构特征,分析了所有VCR发动机的运动链,并将其与Freudenstein和Maki(1983)和Tsai(2000)的先前工作进行了比较。此信息用于讨论VCR引擎的可重新配置性和创新潜力。 (C)2015 Elsevier Ltd.保留所有权利。

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