CAJ | 학술논문

建立了三层模型，定义了上层滑动表面与中间润滑层的最大静摩擦力和最大动摩擦力。通过数值模拟研究了润滑层对相对运动的固体表面最大静摩擦力与最大动摩擦力的影响。数值模拟结果给出了最大静摩擦力和最大动摩擦力与上层固体和中间润滑层原子间的倔强系数的关系。
건립료삼층모형，정의료상층활동표면여중간윤활층적최대정마찰력화최대동마찰력。통과수치모의연구료윤활층대상대운동적고체표면최대정마찰력여최대동마찰력적영향。수치모의결과급출료최대정마찰력화최대동마찰력여상층고체화중간윤활층원자간적굴강계수적관계。
T hree‐layers model has been built , and the maximum static friction and maximum dynamic friction force of the upper and the middle lubricant chain are defined . The effects of the lubricant chain on the maximum static friction force and maximum dynamic friction force of solid surfaces with relative motion are studied through numerical simulation . The results show that the friction force is related to the stiffness strength .