Classify Cam-Follower pair in Cam-follower mechanism as ?

In summary, a Cam-Follower pair in a Cam-Follower mechanism can be classified as a successfully constrained pair based on the nature of motion, but if given a choice between both classification criteria, the "Nature of Contact" classification would be preferred for a deeper understanding of the mechanism.

I classify Cam-follower Pair in Cam mechanism as-

  • Open pair[Nature of Contact Basis]

    Votes: 0 0.0%
  • Successfully constrained[Nature of Motion Basis]

    Votes: 0 0.0%
  • Ambiguous...

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  • Total voters
    0
  • #1
lividz
11
0
Classify Cam-Follower pair in Cam-follower mechanism as...??

Hi guys...
Just want to hear your views on the following case,I haven't reached any conclusion as of now...
I think its better if mny ppl contribute their views abt this..

Here is the question:[Deals with Theory of Machines]

Consider a Cam mechanism...
Now consider the "Cam" link & "Follower" link.
Based on classification criteria it is generally classified on the basis of "Nature of Contact"..as "open pair"
lets now go to Classifiction based on "Nature of motion"...can we classify it as "Successfully constrained"??Plz give

detailed reasoning for this part..its v.imp for me...
If u did classify it as "successfully constrained"..continue...
Now consider situation where ur given both the above choices for classification...Which 1 u go for preferably and Why??
Plz share ur views...
Thnxxx...
 
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  • #2
Based on the nature of motion, a Cam-Follower pair in a Cam-Follower mechanism can be classified as a successfully constrained pair. This is because the follower is constrained to move along the path determined by the cam, thus limiting its motion and ensuring that it is constrained to move in a particular manner. If given both classification criteria, I would preferably go for the "Nature of Contact" classification, as this is more accurate and specific to the Cam-Follower mechanism. It allows us to better understand the type of contact between the two parts and how the motion of one part affects the other.
 

1. What is a cam-follower mechanism?

A cam-follower mechanism is a type of mechanical linkage that converts rotary motion into linear motion. It involves a cam, which is a rotating shape, and a follower, which rides along the surface of the cam, translating its motion into linear movement.

2. How does a cam-follower pair work?

A cam-follower pair consists of a cam and a follower, which are connected by a pin or roller. As the cam rotates, the follower moves up and down, or side to side, depending on the shape of the cam. This movement is used to power other parts of the mechanism.

3. What are the different types of cam-follower pairs?

There are three main types of cam-follower pairs: flat-faced, roller, and mushroom. Flat-faced followers have a flat surface that rides along the cam, while roller followers have a cylindrical or spherical shape. Mushroom followers have a rounded top and a flat bottom.

4. What are the advantages of using a cam-follower mechanism?

A cam-follower mechanism is often used in machines because it provides precise and controlled movement. It also allows for a compact design, as the cam can be placed in a smaller space than other types of mechanisms. Additionally, the cam-follower pair can handle heavy loads and high speeds.

5. What are some common applications of cam-follower mechanisms?

Cam-follower mechanisms are used in a variety of machines and devices, including engines, printing presses, sewing machines, and automotive systems. They are also commonly found in industrial equipment such as conveyor systems and packaging machines.

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