Friction and wear characteristics between TiCN cermet and cast iron.
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Accession number;01A0282579
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| Title;Friction and wear characteristics between TiCN cermet and cast iron. |
| Author;
HARA YASUSHI
(Fujikoshi Zairyokaihatsubu)
MATSUKI KENJI
(Toyama Univ., Fac. of Eng.)
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Journal Title;Fujikoshi Engineering Review
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Journal Code:F0439A
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ISSN:0429-8349
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VOL.56;NO.2;PAGE.22-27(2001)
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| Figure&Table&Reference; |
| Pub. Country;Japan |
| Language;Japanese |
| Abstract;Friction and wear tests between the TiCN cermet chip and FC250 cast iron roller have been carried out using a roller-chip type testing machine in air under unlubricated condition. The friction force-sliding distance curves were obtained under the following test conditions: normal loads between 10N-30N,sliding speeds between 0.05m/s-0.3m/s, and a total sliding distance of 2000m. The friction force was affected by the sliding distance in the different manners depending on sliding conditions. The friction force-sliding distance curves for the tests could be divided into three groups(type A,type B and type C),depending on the characteristic of the profile, especially in the early stage (-500m in sliding distance) of each wear test. In type A, the friction force rapidly increased to a maximum value at the beginning of a test, and then decreased to a certain stable value for the sliding distance after that. In type B, such rapid decrease in the frictional force after a maximum value did not appear, although sudden drops or rises were observed irregularly during the test. In type C, the friction force once decreased after the reaching to a maximum and again increased to a certain stable value for the sliding distance after that. The amount of wear after the test was relatively large in the TiCN cermet chip for type B, but remarkably large in cast iron roller for type C. The origin of such three types of friction force-sliding distance curve and the tendency of wear in both chip and roller were discussed in related with the results of the sliding surface SEM observation and EPMA analysis. (author abst.) |
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