组合式消声器即使在小尺寸下也比反应式消声器更有效

Saikat Biswas
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引用次数: 6

摘要

消声器的插入损失主要取决于消声器体积的选择,消声器体积与发动机扫气量成正比。因此,组合消声器在汽车领域(即低比输出发动机)的使用是非常罕见的,尽管它比其他两种主要类型的消声器(分别是反应型和吸收型)更有效。也许配置小音量难以使其成为组合式消声器。组合式消声器是将反应性和吸收性原理结合起来应用于单个机组的降噪。为一台单缸四冲程8马力柴油机设计了一种相同体积的组合消声器和一种反应消声器,并通过测量发动机的噪声水平和制动比油耗时间对消声器的性能进行了实验评价。证明了在小体积条件下设计组合式消声器是可行的,并且在小体积条件下比反应式消声器效果更好。
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Combination muffler is more effective than reactive muffler even in small size
Insertion loss of muffler mainly depends on proper selection of muffler volume which is proportional to Engine Swept volume. Thus, use of combination muffler is exceptionally rare in car segments (i.e. — low specific output engines) though it is more effective than other two main categories of mufflers namely Reactive and absorptive respectively. Perhaps configure the small volume is difficult to make it combination type muffler. A combination muffler is nothing but a combined application of reactive and absorptive principle for noise reduction in single unit. Authors designed a Combination and a Reactive muffler of same volume for a single cylinder four stroke 8 BHP Diesel Engine and afterward evaluated the performance experimentally through measurement of noise level and Brake Specific Fuel Consumption time of engine. This was done to prove that in small volume designed of combination muffler is possible and it is more effective than Reactive Muffler even in small size.
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