Project (2012BAE06B01) supported by the Key Technology R&D Program During the 12th Five-Year Plan Period, China;Projects(21201030, 51272039, 51032007) supported by the National Natural Science Foundation of China;Project (1099043) supported by the Science and Technology in Guangxi Province, China
The dry friction and wear behaviors of co-continuous composites SiC/Fe–40Cr against SiC/Al 2618 alloy were investigated on a ring-on-ring friction and wear tester at sliding speed of 30-105 m/s under the load of 1.0-...
Projects (50872018, 50902018) supported by the National Natural Science Foundation of China;Project (1099043) supported by the Science and Technology in Guangxi Province, China;Project (090302005) supported by the Basic Research Fund for Northeastern University, China
The mass of high-speed trains can be reduced using the brake disk prepared with SiC network ceramic frame reinforced 6061 aluminum alloy composite (SiCn/Al). The thermal and stress analyses of SiCn/Al brake disk dur...