An everyday example for stick slip motion is that it moves everyday
1. Two objects touching each other. 2. A force 3.Friction
This is caused by what can be called "stick-slip". Once the initial friction is overcome it is easier to keep an object in constant motion than it was to get it to move from standstill. Mostly this involves the Van de Waals forces (electrostatic forces) that arise when objects are very close to each other.
The speed at a specific point is relative to observation point and motion of the body and therefore it should be called slip speed.
Sometimes they do and sometimes they won't. Because some fridges are made with metal and some are not but the ones that are not made with metal can not have magnets stick to them.
strike-slip
Earthquake
Movements of tectonic plates against each other usually causing a jarring motion which causes an earthquake.
Stick-slip machines are designed to provide more controllable motion than a traditional electric motor. The basic design consists of a motor a control board and a stick-slip mechanism. The motor is used to provide the power to move the stick-slip mechanism while the control board is used to regulate the speed and position of the mechanism. The stick-slip mechanism consists of an elastic element such as a spring or rubber band that is connected to a shaft. When the shaft rotates the elastic element is compressed and then released creating a stick-slip effect. To design a stick-slip machine the following steps must be taken: Choose an appropriate motor and control board. Design the stick-slip mechanism and select an appropriate elastic element. Select the appropriate shaft and bearing system. Integrate the motor control board stick-slip mechanism and shaft into a single system. Test the system and adjust as necessary for optimal performance.By following these steps it is possible to design and build a reliable controllable stick-slip machine.
1. Two objects touching each other. 2. A force 3.Friction
1. Two objects touching each other. 2. A force 3.Friction
Strike-slip faults have little vertical motion.
strike-slip has a horizontal motion
Strike-slip faults have little vertical motion.
There is little up or down motion
no, it is a strike-slip fault, with a shearing motion
There is little up or down motion
friction