Stroke:
At right most position
At left most position
Average Piston velocity:
kinematic design of machinery Problem #4. Considering the drag link quick-return mechanism shown below, show the li...
3. The unscaled diagram above shows a quick-return crank-slider pump mechanism. It is driven by a motor that rotates the crank at constant speed. The coupler has a length (b) of 4", a 0.75" and c 1.0". Point B is the revolute joint between coupler and piston. Use graphical methods to do the following: (10%) Find the position of the linkage when the crank has rotated to the vertical position (e2-90°), and determine the X-coordinate of B (in inches) in...
(20 pts) Problem 1. Consider the quick return mechanism below し,-5.5 Lo-3 a) Calculatethe stroke ratio (stroketimeute) b) Calculate the minimum length of Link 4 such that the transmission ratio is always between 50° and 130° 4 0 (20 pts) Problem 2. Consider again the quick return mechanism of Problem 1 Lo-3 L| = 1 L3 -5.5 14-2 If the input (Link 1) is driven at a constant 60 RPM, find the angular velocity and acceleration of Link 3 when...