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2010.09.13 10:05

Development of Brake Pads for Luxury Passenger Cars by Improving Wheel Dust, Braking Performance, and Abrasion Resistance

FRIXA
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Results: Developing a brake pad for high-functionality luxury passenger cars by reducing wheel dust

Research period: September, 2008~June, 2009(10 months)

Research institute: led by Frixa and joined by Sunchon National University
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List of Articles
No. Subject Views
13 Developing Non-Asbestos Friction Materials Using Materials Reduced from Waste Sludge(Reduced Iron Powder) 1310
12 Improvement of Noise, Strength, and Heat Performance in Friction Materials for Vehicle Brakes 4549
11 Measurement of the Unique Vibrations of the Vrake Drums for Commercial Vehicles 1109
10 A Study on Changes to Friction Characteristics according to a Transition Layer during Braking 1093
9 A Study on the Development of Low-Noise Friction Materials using a Friction Layer 1110
8 Development of Environment-Friendly High-Functionality Brake Friction Materials 37531
7 Evaluation of Vehicle Noise from Brake Pads and Lining 2223
6 Production of Functional Thermal Spray Coating Materials by Improving the Reduction Process of Dust Slag at Gwangyang Steel Mill 4982
5 Development of a Friction Bumper Using Reduced Iron Powder 1809
4 Development of a Brake Pad with a RFID Tag 1162
3 Development of a Brake Friction Material for Motor Sports such as F1 and F3 by Using Ceramic Materials 1161
2 Development of a Brake Disc for Sports and Racing by Improving Friction Stability and Durability at High Temperature 1435
» Development of Brake Pads for Luxury Passenger Cars by Improving Wheel Dust, Braking Performance, and Abrasion Resistance 1151
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