Follower Motion Follower motion is a mechanism in which a rigid body, called the follower, moves along a curved path defined by another rigid body, called th...
Follower motion is a mechanism in which a rigid body, called the follower, moves along a curved path defined by another rigid body, called the leader. The follower is attached to the leader at a point called the contact point. Follower motion can be described in two dimensions either graphically or mathematically.
Graphical Description:
The follower can be represented by a series of points along the curve defined by the leader. As the leader moves, the follower follows a path that is equivalent to the curve.
Mathematically:
Follower motion can be described by parametric equations that define the position of the follower as a function of the leader's position. These equations typically involve trigonometric functions, such as sine and cosine.
Examples:
A car following a road curve.
A chain being wound up and released.
A pendulum oscillating back and forth.
Key Points:
Follower motion is a type of constrained motion in which the follower is attached to the leader.
The follower moves along a curve defined by the leader.
Follower motion can be described both graphically and mathematically.
Follower motion is used in various applications, such as robotics, manufacturing, and transportation