This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
FE Analysis of Low-frequency Disc Brake Squeal (In Case of Floating Type Caliper)
Annotation ability available
Sector:
Language:
English
Abstract
The FE analysis is one of approach to develop the reduction method for brake squeal.
This study shows the results of applying the FE analysis method, developed for disc brake with opposed piston type caliper shown in reference [1] and [2], to the analysis of low frequency disc brake squeal of floating type caliper.
The FE analysis results are confirmed with the vibration mode during squeal generation measured by experiment. And some effective factors to the brake squeal are clear on floating type caliper by FE analysis.
Recommended Content
Technical Paper | FEM Analysis of Low-Frequency Disc Brake Squeal (In Case of Opposed Type Caliper) |
Technical Paper | Influence of the Shim Contact Stiffness on Disc Brakes Squeal Noise |
Technical Paper | An Analysis of Disc Brake Squeal |
Authors
Topic
Citation
Matsushima, T., Masumo, H., Ito, S., and Nishiwaki, M., "FE Analysis of Low-frequency Disc Brake Squeal (In Case of Floating Type Caliper)," SAE Technical Paper 982251, 1998, https://doi.org/10.4271/982251.Also In
References
- Kurahachi Asai Kido Analysis of Low-frequency Brake Squeal SAE. No. 960993 1996
- Matsushima Masumo Nishiwaki Ito FEM Analysis of Low-Frequency Disc Brake Squeal (In Case of Opposed Type Caliper) SAE. No. 973020 1997
- Millner N. An Analysis of Disk Brake Squeal SAE. No. 780332 1978
- Liles G.D. Analysis of Disc Brake Squeal Using Finite Element Methods SAE. No. 891150 1989
- Takagi Suzuki Murakami Matsui Development of Simulation Method on Disc Brake Squeal by using Complex Eigenvalues Analysis JSME E 930 63 579 1993
- Nagy L. Cheng, Hu A New Method Development to Predict Squeal Occurrence SAE. No. 942258 1994
- Lee Y.S. Brooks P.C. Barton D.C. Crolla D.A. An Integrated Finite Element Approach to Modeling Disc Brake Squeal Proc.FISITA. No B0404 1996
- Ishihara Nishiwaki Shimizu Experimental Analysis of Low-frequency Brake Squeal Noise SAE. No. 962128 1996
- Nishikawa Morita Kagawa Ohta Study of Disc Brake Squeal Mitsubishi Heavy Industries Engineering Report 20 2 181 1983
- Fieldhouse J.D. Newcomb P. The Application of Holographic Interferometry to the Study of Disc Brake Noise SAE. No. 930805 1993
- Baba Okade Takeuchi Analysis of Vibration Characteristic of Disc Brake Mounting Regarding Low-Frequency Brake Squeal SAE. No. 9533956 1995