My mistake sorry, A is the point of contact between two gears. Now because the instructions that I've not put it in here says that considers A as a swivel hinge, then I assume then A becomes O2.Lnewqban said:
Lnewqban said:
A velocity polygon for a press mechanism is a graphical representation of the velocities and accelerations of the various parts of a press machine. It helps to visualize the motion and forces involved in the press mechanism.
A velocity polygon is created by first identifying the various parts of the press mechanism and determining their velocities and accelerations. These values are then plotted on a graph, with the velocities on the horizontal axis and the accelerations on the vertical axis. Lines are then drawn connecting the points to create the velocity polygon.
A velocity polygon provides information about the relative velocities and accelerations of the different parts of a press mechanism. It can also show the direction and magnitude of forces acting on the different parts, which can be useful in analyzing the performance and efficiency of the press mechanism.
A velocity polygon is important in press mechanism design because it allows engineers to visualize and analyze the motion and forces involved in the press mechanism. This can help in identifying potential design flaws and optimizing the performance of the press machine.
While a velocity polygon can provide valuable information, it is limited to representing only the velocities and accelerations of the various parts of a press mechanism. It does not take into account other factors such as friction, material properties, and external forces, which may also affect the performance of the press machine.