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首页> 外文期刊>International Journal of Powder Metallurgy >LEAD-FREE COPPER- BASE ALLOYS FOR FRICTION COMPONENTS: SINTERABILITY AND RECRYSTALLIZATION
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LEAD-FREE COPPER- BASE ALLOYS FOR FRICTION COMPONENTS: SINTERABILITY AND RECRYSTALLIZATION

机译:摩擦成分的无铅铜基合金:可烧结性和可重结晶性

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摘要

Engine parts subjected to high loads and relative movement undergo heating and energy losses due to friction that can lead to overload, loss of material, or fatigue. The use of friction bearings, placed between the connecting rod and the crankshaft, avoids these problems and offers enhanced wear resistance and friction behavior; this allows the system to operate under high loads and a high relative velocity if the different parts are lubricated,
机译:承受高负载和相对运动的发动机零件会因摩擦而发热并损失能量,这会导致过载,材料损失或疲劳。使用位于连杆和曲轴之间的摩擦轴承避免了这些问题,并提高了耐磨性和摩擦性能;如果对不同的部件进行润滑,这将使系统在高负载和高相对速度下运行,

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