The figure below shows a device driven by a carne. When rising, the cam has a...
The figure below shows a device driven by a carne. When rising, the cam has a polynomial The rising angle is B 160° The descent profile is cycloidal, and the descent angle is profile 3-4-5 for which the course S (measured in m) is given below (one in the up position also B 160 The cam has two rest periods of 10 and the other in the down position center of rotation of the cam that the stiffness constant of...
Problem 1: Cam Dynamics The figure below shows a simple cam- follower system. Assuming no eccentricity and acceleration due to gravity g 9.8 m/s2 and mass of follower as me 1 kg. The displacement y of the cam is given as: y(e)a1 - cos()) where a 30cm and θ refers to to angle by which cam rotates in counter clockwise direction with an angular velocity of 200rpm 1. Make a free body diagram for the follower taking gravity into consideration...