Interpretation of frictional behavior
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Friction is a natural phenomenon in which two objects in contact with each other move relative or have a tendency to move in opposite directions under external forces, resulting in tangential resistance on the contact surface. This phenomenon has both advantages and disadvantages, it depends on how we utilize this friction.
Friction is a natural phenomenon in which two objects in contact with each other move relative or have a tendency to move in opposite directions under external forces, resulting in tangential resistance on the contact surface. This phenomenon has both advantages and disadvantages, it depends on how we utilize this friction.
If friction occurs during the operation of machinery and equipment, it causes useless energy loss, shortens the lifespan of the machine, and reduces mechanical efficiency. Therefore, various methods will be found to reduce friction, such as adding lubricating oil to mechanical equipment.
But friction is also essential, such as walking, vehicle driving, equipment stopping, and deceleration. On muddy roads, due to too little friction, walking is difficult and easy to slip, and the vehicle's wheels will also spin, even if the wheels turn and the vehicle does not move forward. The lack of friction in mechanical equipment will cause serious consequences, and stopping and decelerating during operation will prolong the time, resulting in incalculable consequences.
Therefore, selecting appropriate anti friction materials and heat-resistant resins and rubbers can effectively reduce the working wear of friction plates, especially thermal wear, and extend their service life.
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