3| Cam profile for oscillating roller follower| S. H. M.| Cam and Follower

[@karamtothsantosh1178]

Tq so much sir .cam profile dig are very useful for my exam.

[@EngineeringGuru2020]

Welcome. Like and subscribe.

[@EngineeringGuru2020]

Video reached 3.1 K Views. Thank you everyone.

[@amithkm1961]

Fully understand,

[@EngineeringGuru2020]

Thank you. Like, share and subscribe.

[@anickkumar2678]

Thank you ,sir.
It was very helpful.

[@EngineeringGuru2020]

You are most welcome.

[@EngineeringGuru2020]

You can also suggest topic for video.

[@anickkumar2678]

@@EngineeringGuru2020Sir, it will be very helpful if you upload video on turning moment diagram of flywheel.

[@EngineeringGuru2020]

I will do in short time.

[@EngineeringGuru2020]

ruclips.net/video/e2FVp6i7-dI/видео.html
Just go through this link for turning moment diagram for flywheel.

[@MECHANICALGURU2020]

Nice one👌

[@EngineeringGuru2020]

Thanks for watching

[@vkjoshi1975]

must watch video

[@EngineeringGuru2020]

Thank you.

[@jumpjack2]

how exactly do I geometrically find the points of the polyline which describe the cam, rather than by hand/heart?

[@EngineeringGuru2020]

Need to go further details.

[@karanchavan1914]

How to check there maximum pressure angle

[@EngineeringGuru2020]

Pressure angel should be between 0 to 35 degree for oscillating follower.

[@karanchavan1914]

@@EngineeringGuru2020 sir i am asking about checking procedure of pressure angle on cam profile

[@EngineeringGuru2020]

​@@karanchavan1914 That will come in dynamic section cam and follower.

[@venkateshy627]

Can any one tell me how radius of arc is 120°

[@EngineeringGuru2020]

Radius equal to A1A (i.e. 120 mm).