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The progress of valvetrain design and exhaust valve material research for automobiles

机译:汽车阀门设计与排气阀材料研究进展

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Demands for exhaust valve materials are influenced by fuels and valvetrain designs to comply with requirements such as:(1) Improved seat face corrosion / abrasion resistance,(2) High strength for smaller stem designs, and(3) Cost reduction.Honda has been engaged in the development of nickel-base, heat-resistant alloys meeting the demands of performance and cost since the first development of Inconel 751 in 1979. Nickel-base, heat-resistant alloys have superior high temperature strength andcorrosion resistance but are quite expensive. To meet the recent increase in demand for reduced costs, we have reviewed the characteristics required for exhaust valve materials and developed a resource conserving, low nickel superalloy. We believe thatthis newly developed alloy will find increasing usage in future exhaust valves.
机译:对排气阀材料的需求受燃料和阀门设计的影响,符合以下要求:(1)提高座椅面腐蚀/耐磨性,(2)较小的茎设计的高强度,(3)降低成本.Honda已经成本从1979年首次开发的镍基,耐热合金的开发,耐热合金满足了性能和成本以来的第一次开发。镍基,耐热合金具有优异的高温强度和腐蚀性,但相当昂贵。为了满足最近的需求需求,降低成本,我们已经审查了排气阀门材料所需的特性,并开发了一种资源节约,低镍超合金。我们认为,新开发的合金将在未来的排气阀中发现越来越多的用途。

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