Given a circular cam and roller cam follower, determine the instantaneous displacement, velocity and acceleration for p = 0° - 180° at 30° intervals. Assume: R = 40 mm % = 10 mm d = 10 mm The symbols denote the following: • P is the centre of the cam R is the centre of rotation of the cam • Q is the centre of the follower when in contact with the top of the cam o is the angle of rotation of the cam Q2 is the centre of the follower when the cam has rotated through an angle ø y is the angle included by the lines PQ2 and OQ2 d is the eccentricity, i.e. the distance between O and P • R is the radius of the cam ro is the radius of the follower

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Given a circular cam and roller cam follower, determine the instantaneous displacement, velocity and
acceleration for p = 0° - 180° at 30° intervals.
Assume:
R = 40 mm
% = 10 mm
d = 10 mm
•
Q₂
•
•
2
P
The symbols denote the following:
P is the centre of the cam
is the centre of rotation of the cam
Q is the centre of the follower when in contact with the top of the cam
• is the angle of rotation of the cam
Q2 is the centre of the follower when the cam has rotated through an angle
y is the angle included by the lines PQ2 and OQ2
d is the eccentricity, i.e. the distance between O and P
R is the radius of the cam
ro is the radius of the follower
R
Transcribed Image Text:Given a circular cam and roller cam follower, determine the instantaneous displacement, velocity and acceleration for p = 0° - 180° at 30° intervals. Assume: R = 40 mm % = 10 mm d = 10 mm • Q₂ • • 2 P The symbols denote the following: P is the centre of the cam is the centre of rotation of the cam Q is the centre of the follower when in contact with the top of the cam • is the angle of rotation of the cam Q2 is the centre of the follower when the cam has rotated through an angle y is the angle included by the lines PQ2 and OQ2 d is the eccentricity, i.e. the distance between O and P R is the radius of the cam ro is the radius of the follower R
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