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Room and elevated temperature sliding wear behavior and mechanisms of additively manufactured novel precipitation strengthened metallic composites

机译：房间和高温滑动磨损行为和含有瘾制造的新型沉淀的机制加强了金属复合材料

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T.B. Torgerson; S.A. Mantri; R. Banerjee; T.W. Scharf;
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5. Room and elevated temperature sliding wear behavior and mechanisms of additively manufactured novel precipitation strengthened metallic composites [J] . Torgerson T. B., Mantri S. A., Banerjee R., Wear: an International Journal on the Science and Technology of Friction, Lubrication and Wear . 2019,第期

机译：室内和高温滑动磨损行为和含有新型新型沉淀强化金属复合材料的机制
6. The Sliding Wear and Friction Behavior of M50-Graphene Self-Lubricating Composites Prepared by Laser Additive Manufacturing at Elevated Temperature [J] . Liu Xiyao, Shi Xiaoliang, Huang Yuchun, Journal of Materials Engineering and Performance . 2018,第3期

机译：M50-石墨烯自润滑复合材料的滑动磨损和摩擦行为在升高温度下通过激光添加剂制造制备
7. Tribological behavior and wear mechanisms of MoSi{sub}2-base composites sliding against AA6063 alloy at elevated temperature [J] . P. V. Krakhmalev, J. Bergstrom Wear: an International Journal on the Science and Technology of Friction, Lubrication and Wear . 2006,第4a5期

机译：MoSi {sub} 2-基复合材料在高温下与AA6063合金摩擦的摩擦学行为和磨损机理
8. Identification of the Mechanisms of Wear during Sliding of Metallic Materials at Elevated Temperature Using an Optical Interferometer [C] . Andreas Pauschitz, Manish Roy, Friedrich Franek Leeds-Lyon Symposium on Tribology; 20030902-05; Lyon(FR) . 2003

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9. Sliding friction and wear behavior of high entropy alloys at room and elevated temperatures. [D] . Kadhim, Dheyaa. 2016

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11. The Dry Sliding Wear Properties of Nano-Sized TiCp/Al-Cu Composites at Elevated Temperatures [O] . Wei-Si Tian, Qing-Long Zhao, Chuan-Jiang Zhao, 2017

机译：纳米尺寸TICP / Al-Cu复合材料的干式滑动磨损性能在升高的温度下
12. Creep/Stress Rupture Behavior and Failure Mechanisms of Full CVI and Full PIP SiC/SiC Composites at Elevated Temperatures in Air. [R] . Bhatt, R. T., Kiser, J. D. 2017

机译：空气中高温下全CVI和全pIp siC / siC复合材料的蠕变/应力断裂行为及失效机理。

Room and elevated temperature sliding wear behavior and mechanisms of additively manufactured novel precipitation strengthened metallic composites

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