Study of Vibration and Noise Performance of Steel Fiber-Free Frictional Material
By means of theoretieal analysis and modal experiment combined with research of material, the inherent frequency and damping coefficient will be studied for the steel fiber-free frictional pad that is reinforced by mixture and made by the authors. The effects of material Ingredients and percentages on dynamic properties of material will be investigated. The conclusion is that the steel fiber-free frictional pad reinforced by mixture has better performance of reducing vibration and lowering noise. The results will be guidable to the further design and research of steel fiber-free frictional material with less vibration and low noise.
disc brake pad composite material dynamic property experimental research
Meng Chunling Liu Xuejun Zhang Li Tian Zhengbing
School of Mechanical and Automation Engineering Beijing Technology and Business University Beijing, Careership Corp.Osaka, Japan
国际会议
张家界
英文
137-141
2009-04-11（万方平台首次上网日期，不代表论文的发表时间）