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Comparison Analysis of Engine Performance Using VVT-i System And Engine Without VVT-i System

机译:使用VVT-i系统的引擎性能与不使用VVT-i系统的引擎的比较分析

摘要

Nowadays, many demands from consumers to have a car with powerful engine and low of gasoline so vehicle manufactures think how to make engine like that. Vehicle manufactures develop technology which can increase of performance and the engine can have a great power and torque. Variable Valve Timing (VVT) can be used to problem solve above because variable valve timing can control timing valve. VVT can increase engine performance that can make the gasoline engine will increase udpower and torque. Research target that is to kwon influence variable valve timing to engine performance at four stroke engine 1298cc. Research uses four udstroke engine with two types of engine use VVT-i and engine without using VVT-i. Two types of four stroke engine will testing above engine dynamometer. Calculation is conducted after got data of testing result. Base testing and analysis can be concluded that engine use VVT-i have higher performance than engine without VVT-i. From dynamometer test was get maximum torque from engine use VVT-i is 138.6 N.m at 4500rpm and maximum torque from conventional engine is 124.6 N.m at 4500 rpm. Maximum torque from engine use VVT-i is 107.3 BHP at 6000rpm and maximum torque from conventional engine is 94.5 BHP at 6000rpm.VVT-i organizes timing of valve which can make overlapping on the machine. Overlapping make number of air-fuel mixture in combustion chamber will increase which can make performance will increases.
机译:如今,消费者提出了许多要求,以使汽车具有强劲的发动机和低汽油,因此汽车制造商正在考虑如何制造这样的发动机。车辆制造商开发了可以提高性能的技术,并且发动机可以具有强大的动力和扭矩。可变气门正时(VVT)可以用于解决上述问题,因为可变气门正时可以控制正时气门。 VVT可以提高发动机性能,这可以使汽油发动机提高功率和扭矩。研究目标是在四冲程发动机1298cc上影响可变气门正时对发动机性能的影响。研究使用四冲程发动机,其中两种类型的发动机使用VVT-i,另一种类型的发动机不使用VVT-i。两种类型的四冲程发动机将在发动机测功机上进行测试。得到测试结果数据后进行计算。基本测试和分析可以得出结论,使用VVT-i的发动机比不使用VVT-i的发动机具有更高的性能。通过测功机测试获得了发动机使用时的最大扭矩,VVT-i在4500rpm下为138.6 N.m,常规发动机在4500 rpm下为124.6N.m。发动机使用时的最大扭矩VVT-i在6000rpm时为107.3 BHP,而传统发动机在6000rpm时最大扭矩为94.5BHP。VVT-i安排了气门正时,可能使机器重叠。重叠会使燃烧室中的空气燃料混合物数量增加,从而使性能提高。

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  • 作者

    Fikri Ali;

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  • 年度 2011
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  • 原文格式 PDF
  • 正文语种 en
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