有色金属
有色金屬
유색금속
NONFERROUS METALS
2010年
1期
56-58
,共3页
复合材料%Al_2O_(3f)+C_f/ZL109%碳纤维%活塞
複閤材料%Al_2O_(3f)+C_f/ZL109%碳纖維%活塞
복합재료%Al_2O_(3f)+C_f/ZL109%탄섬유%활새
composite material%Al_2O_(3f)+C_f/ZL109%carbon fiber%piston
利用挤压铸造法制备Al_2O_(3f)+C_f/ZL109短纤维混杂筒形金属基复合材料,探讨Al_2O_3纤维体积分数为10%时,碳纤维在该混杂复合材料中的作用.
利用擠壓鑄造法製備Al_2O_(3f)+C_f/ZL109短纖維混雜筒形金屬基複閤材料,探討Al_2O_3纖維體積分數為10%時,碳纖維在該混雜複閤材料中的作用.
이용제압주조법제비Al_2O_(3f)+C_f/ZL109단섬유혼잡통형금속기복합재료,탐토Al_2O_3섬유체적분수위10%시,탄섬유재해혼잡복합재료중적작용.
The hybrid fiber prefabricated parts composed of short Al_2O_3 and carbon fiber are made successful by vacuum subatmospheric shaping method. The ZL109 alloy reinforced by the prefabricated Al_2O_3 and carbon fiber are prepared by squeeze casting method with fiber contents. The effects of carbon fiber on fraction and wear properties of the hybrid composites with fixed Al_2O_3 fiber volume fraction 10% are investigated.
