Paper Title :Experimental Evaluation of Friction Coefficient Between Aluminium Alloys and Steel
Author :Cheng-Chih Chen, Huan-Wei Lin, Rung-Shiuan Tsai
Article Citation :Cheng-Chih Chen ,Huan-Wei Lin ,Rung-Shiuan Tsai ,
(2017 ) " Experimental Evaluation of Friction Coefficient Between Aluminium Alloys and Steel " ,
International Journal of Advances in Mechanical and Civil Engineering (IJAMCE) ,
pp. 68-71,
Volume-4,Issue-6
Abstract : This study aims to determine experimentally the kinetic friction coefficient between different
aluminium alloys and structural steel. A sliding friction device was fabricated to conduct the friction test. Highstrength bolts
were stressed to provide a clamping force, functioning as a normal force for the contact surface. Through a bolt gauge
installed inside the bolt, the relationships between bolt tension force and strain were established in order to accurately
monitor the clamping force. Plates of three aluminium alloy designations were tested under cyclic loading. Test results
demonstrated that behaviour of friction force-displacement relations was repeatable and the hysteretic loops were nearly
rectangular. The kinetic friction coefficient of aluminium alloy designation 1050 was 0.58 which was much higher than that
of generally used brass-steel contact surface. The use of the aluminium alloy in the sliding friction device in seismic design
appears to be very promising.
Index terms - Friction, Coefficient, Aluminium alloy.
Type : Research paper
Published : Volume-4,Issue-6
Copyright: © Institute of Research and Journals
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Published on 2018-03-23 |
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