...
【24h】

MANIF OLD DESTINY

机译:歧管命运

获取原文
获取原文并翻译 | 示例
           

摘要

A performance intake manifold ranks as the leading bolt-on upgrade in a performance-minded build. Good examples can work wonders, while the wrong choice can spell doom to the combination. The Edelbrock AirGap two-planes are among the best and most versatile. At first blush it might seem that the intake manifold is one of the simplest components on an engine. After all, the purpose of the intake is essentially to provide a series of passages to join the carburetor with the intake ports of the heads. That appears to be a fairly simple job description, and on the surface, it is. But, there is big power in just how those passages are connected. In a simple world, a design draftsman could just draw some straight lines between point "A" and point "B," and lay out a manifold with a series of corridors, using right-angle turns to lead were the passages need to go, kind of like hallways in a house. Well, in the old days, it's surprising how many manifolds were designed just that way. Though those early intakes fulfilled their job description, they were found to be far from ideal, and a great deal of potential power was needlessly left on the table. It didn't take long for enterprising hot rodders to see the shortcomings in manifold design as applied to early OEM engines, and an industry was born. Aftermarket intake manifolds of widely varied design have been offered over the ensuing yean some good, some decidedly poor, but all cast with the idea of improving on the efficiency of the factory designs in search of more horsepower.
机译:性能进气歧管在注重性能的构造中是领先的螺栓固定升级。好的榜样可以创造奇迹,而错误的选择却可以使组合失败。 Edelbrock AirGap两架飞机是最好,用途最广泛的飞机。乍一看,进气歧管似乎是发动机上最简单的组件之一。毕竟,进气的目的实质上是提供一系列通道,以将化油器与气缸盖的进气口相连。从表面上看,这似乎是一个相当简单的职位描述。但是,这些通道之间的连接方式具有强大的力量。在一个简单的世界中,设计绘图员可以在点“ A”和点“ B”之间画一条直线,并布置带有一系列走廊的流形,使用直角转弯引导需要走的通道,有点像房子的走廊。好吧,在过去,以这种方式设计了多少个歧管令人惊讶。尽管这些早期入职人员满足了他们的职位描述,但发现它们远非理想,而且不必要地将大量潜在权力留在桌子上。进取的热手很快就发现了应用于早期OEM发动机的歧管设计的缺点,一个行业诞生了。在随后的日子里,已经提供了设计广泛的售后进气歧管,有些不错,有些则很差,但全部都带有提高工厂设计效率以寻求更大功率的想法。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号