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Designing Paper Type Wet Friction Material for High Strength and Durability
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English
Abstract
For vehicle transmissions, limited slip devices, and brakes employing wet friction elements, there are growing demands for improvements in reliability, performance and durability. In order to meet the requirements, it is essential to improve the paper type wet friction material applied to such mechanical devices. Remarkably, the durability of the paper is most important because it directly determines the life of the devices.
This article presents advanced paper type wet friction materials which have achieved both greater heat resistance and the mechanical fatigue resistance strength, together. Additionally, this article refers to development of Non-paper type friction materials with three dimensional structure to meet the highest durability demands.
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Citation
Ito, K., Barker, K., Kubota, M., and Yoshida, S., "Designing Paper Type Wet Friction Material for High Strength and Durability," SAE Technical Paper 982034, 1998, https://doi.org/10.4271/982034.Also In
References
- IKAWA S. et al TREND OF FRICTION MATERIALS DEVELOPMENT '98 TVT SYMPOSIUM 1980
- TAKEZAKI K. et al TRIBOLOGY ON WET FRICTION CLUTCH JOUNAL OF SAE. JPN-9439717 1994
- LLOYD F. A. DIPHINO M. A. ADVANCES IN WET FRICTION MATERIALS 75 YEARS OF PROGRESS SAE- 800977 1980
- FOX J. R. DESIGN CONSIDERATIONS FOR WET WHEEL BRAKES SAE- 810696 1981
- KATO Y. SHIBATA T. MECHANISM OF AUTOMATIC TRANSMISSIONS AND THEIR REQUIREMENTS FOR WET CLUTCHES AND WET BRAKES JOUNAL OF JPN SOCIETY OF TRIBOLOGISTS-39 12 1994
- OHKAWA S. et al WET CLUTCH AND BRAKES FOR CONSTRUCTION EQUIPMENT AND INDUSTRIAL MACHINES JOUNAL OF JPN SOCIETY OF TRIBOLOGISTS-39 12 1994
- OHKAWA S. et al WET CLUTCH AND BRAKES FOR CONSTRUCTION EQUIPMENT AND INDUSTRIAL MACHINES JOUNAL OF JPN SOCIETY OF TRIBOLOGISTS-39 12 1994
- LAM R. C. KOWAL S. FLUID TRANSPORT PHOENOMENA DURING THE ENGAGEMENT OF FIBER -REINFORCED POLYMERIC FRICTION MATERIALS SAE- 922097 1992
- ANLEITNER M. A. FRICTION MATERIAL FAILURE MODES IN OIL IMMERSED MULTIPLE DISK BRAKES SAE- 841064 1984
- MATSUOKA T. et al EFFECT OF LUBRICATING OILS ON FRAKING OF A WET CLUTCH JOUNAL OF SAE JPN-9535297 1995
- KONISHI A. OHKAWA S. DEVELOPMENT OF A HIGH PERFORMANCE BIODEGRADABLE HYDRAULIC OIL FOR CONSTRUCTION EQUIPMENT SAE- 971632 1997
- OHKAWA S. KONISHI A. OXIDATION AND CORROSION CHARACTERISTICS OF VEGETABLE-BASE BIODEGRADABLE HYDRAULIC OILS SAE- 951038 1995
- KEARSEY A. WAGNER D. CARBON FIBER FOR WET FRICTION APPLICATIONS SAE- 972754