Research on a new type of multi-link variable compression ratio engine

Yan Zeshuang, Lin Jiansheng, H. Xu, Ji Anjian, L. Wenjian, Jin Yusen
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引用次数: 1

Abstract

This paper researched an all new designed multi-link and variable compression ratio single cylinder engine. Compare the kinematics function with the new design with the prototype 250 engine and the traditional multi-link and variable compression ratio mechanism by using the virtual simulation software MSC-Adams. The contrast result suggested that the new design had higher combustion efficiency and charging efficiency than the prototype engine, however, because of the molar increase with the multi-link design, the balance of the new engine became worse. Compared with the traditional multi-link and variable compression ratio mechanism, the new engine had compact styling and lower designed costs. And the new engine could adjust the compression ratio more widely and had the better kinematics than the traditional VCR design.
一种新型多连杆可变压缩比发动机的研究
本文研究了一种全新设计的多连杆变压缩比单缸发动机。利用MSC-Adams虚拟仿真软件,将新设计的250发动机样机与传统的多连杆变压缩比机构的运动学功能进行了比较。对比结果表明,新设计的燃烧效率和装药效率均高于原型发动机,但由于多连杆设计增加了摩尔,导致新发动机的平衡性变差。与传统的多连杆变压缩比机构相比,新型发动机外形紧凑,设计成本更低。与传统的VCR设计相比,该发动机可以更广泛地调节压缩比,并具有更好的运动学特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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