CAJ | 학술논문

采用球-平面接触微动磨损试验机考察了轧制固溶316L不锈钢在不同极化状态下的微动磨蚀行为.结果表明：在阳极极化状态下，随着极化电位的升高，腐蚀疲劳微断裂作用增强，促进了微动损伤过程的发展；在阴极保护状态下，摩擦系数随微动过程的变化规律及微动损伤形貌与阳极极化态下的存在显著差异 ,在阴极极化态下，微动摩擦副之间的粘着导致较高的微动摩擦应力状态，但与阳极极化态相比并未产生严重损伤.
채용구-평면접촉미동마손시험궤고 찰료알제고용316L불수강재불동겁화상태하적미동마식행위.결과표명：재양겁겁화상태하 ，수착겁화전위적승고，부식피로미단렬작용증강，촉진료미동손상과정적발전；재음겁보 호상태하，마찰계수수미동과정적변화규률급미동손상형모여양겁겁화태하적존재현저차이 ,재음겁겁화태하，미동마찰부지간적점착도치교고적미동마찰응력상태，단여양겁겁화태 상비병미산생엄중손상.
The influence of applied potential on the frettin g corrosion-wear behavior of 316L stainless steel in saline solution has been i nvestigated with a test rig of ball-on-plane contact configuration. It has bee n found that under anodic polarization conditions, the friction coefficients and especially the steady-state fretting wear process is dependent on the anodic p olarization parameters. The higher the applied potential, the more severe the fr etting damage will be. This is because 316L stainless steel is of high chemical activity under anodic polarization, which promotes the fretting damage of the st eel. Contrary to the above, the fretting damage of 316L stainless steel is effec tively prevented by cathodic protection. This is because the adhesion between th e contact surfaces of the fretting pair can be abated by cathodic protection, th ough a relatively higher friction coefficient is recorded in this case.