This content is not included in your SAE MOBILUS subscription, or you are not logged in.
Seal/Groove Performance Analysis Models
ISSN: 0148-7191, e-ISSN: 2688-3627
Published October 06, 2002 by SAE International in United States
Annotation ability available
Maximum fluid displacement and drag are among the major performance requirements in a brake caliper design. Among the factors that affect displacement and drag, the seal-groove provides the cheapest design option for modifying the caliper performance. However, full use of the flexibility in seal groove design is limited by the current industry reliance on engineering experience and prototype testing. In this paper, two numerical models are presented for evaluating the effects of the seal groove, housing, and lining on caliper performance. These models provide reliable and timely design predictions for a brake caliper design with considerable savings in product development time and costs.
|Technical Paper||Friction Materials for Ceramic Composite Brake Disks - A Challenge|
|Technical Paper||Drum Brake Contact Analysis and its Influence on Squeal Noise Prediction|
CitationCai, H. and Anwana, O., "Seal/Groove Performance Analysis Models," SAE Technical Paper 2002-01-2588, 2002, https://doi.org/10.4271/2002-01-2588.
- Anwana, O. D. Analytical Design of the Seal Groove Assembly - Case Study in the Performance Prediction Delphi Automotive Internal Report 2001
- Anwana, O. D. Characterization of Rubber Material for Disk Brake Piston Seal Delphi Automotive Systems Internal Report EWR--584-022 2000
- Anwana, O. D. Cai, H. Chang, H. T. Analysis of Brake Caliper Seal-Groove Design SAE Congress Detroit, MI Paper No. SAE- 2002-01-0927 2002
- Baptists, T. Brake Drag Torque Measurements Delco Moraine - GM Report No. PG053026 1988
- Chang, H. On a Numerical Study for Rubber Seals SAE Transactions v.97, Paper No. SAE- 880255 1988
- Dinzgurg, B. Measurement of Rubber Elasticity and Correlation to Seal Life SAE Congress Detroit, MI Paper No. SAE- 970547 1997
- Dinzgurg, B. The Selection of Elastomer Compounds Through Correlation of Rubber Properties to Seal Life SAE Congress Detroit, MI Paper No. SAE- 2001-01-0686 2001
- Hrbek, D. Piston Seal Characteristics on a Disc Brake Caliper with a Self Adjusting Park Brake Mechanicsm CPC GM Report No. PG057117 1991
- Lim, J. Brake Caliper Analysis of Piston Friction CPE GM Report No. PG051348 1987
- Meada, N. Matsuno, M. Analysis of Rubber Boot Seal Using Finite Element Method SAE Congress Detroit, MI Paper No. SAE- 940289 1994
- Moore, D. The Friction and Lubrication of Elastomers Pergamon Press 1973
- Shnaider, A. Authentic Involvement Design Dept. of Mechanical Engineering, Monash University MI 1996