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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
» Development of Brake Pads for Luxury Passenger Cars by Improving Wheel Dust, Braking Performance, and Abrasion Resistance 1386
12 Development of a Brake Disc for Sports and Racing by Improving Friction Stability and Durability at High Temperature 1678
11 Development of a Brake Friction Material for Motor Sports such as F1 and F3 by Using Ceramic Materials 1414
10 Development of a Brake Pad with a RFID Tag 1399
9 Development of a Friction Bumper Using Reduced Iron Powder 2045
8 Production of Functional Thermal Spray Coating Materials by Improving the Reduction Process of Dust Slag at Gwangyang Steel Mill 5593
7 Evaluation of Vehicle Noise from Brake Pads and Lining 2455
6 Development of Environment-Friendly High-Functionality Brake Friction Materials 46456
5 A Study on the Development of Low-Noise Friction Materials using a Friction Layer 1331
4 A Study on Changes to Friction Characteristics according to a Transition Layer during Braking 1358
3 Measurement of the Unique Vibrations of the Vrake Drums for Commercial Vehicles 1342
2 Improvement of Noise, Strength, and Heat Performance in Friction Materials for Vehicle Brakes 4782
1 Developing Non-Asbestos Friction Materials Using Materials Reduced from Waste Sludge(Reduced Iron Powder) 1547
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