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Development of machinery parts test device for the rising high temperature and measuring large and tiny scale torque  

Lee, Yong Bum (Department of System Reliability, KIMM)
Park, Hong Won (Department of System Reliability, KIMM)
Lee, Geun Ho (Department of System Reliability, KIMM)
Publication Information
Journal of Applied Reliability / v.13, no.1, 2013 , pp. 11-18 More about this Journal
Abstract
For a reliability assessment of machinery parts, accurate performance test, environmental test, life test, etc. are required on the sample. In the performance test conditions of various machinery parts, some problems happen such as needs to rise temperature rapidly with large flow of oil having very low thermal conductivity and to measure very high torque or tiny torque, etc. This study brings out the method to apply heat to rise temperature for large flow of oil without chemical change in a performance test of oil cooler. To measure large scale of torque in a performance test of planetary gearbox of excavator, the method of torque measurement is proposed by replacing the large torque meter priced very expensive. To measure very small torque on lubricated friction, a methode of force balance type test mechanism is introduced for tests of piston assembly.
Keywords
Oil cooler; Piston & shoe assembly; Force balance; Track drive unit; Loading-unloading;
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