HOW TO DRAW THE CAM PROFILE (ROLLER FOLLOWER) I CYCLOIDAL MOTION

[@emperor4803]

I have exams tomorrow and this has really made everything simple for me 😊
Thank you

[@TECHCAD]

All the best

[@hyder4664]

An underrated channel with very helpful videos! Well explained!! You deserve more subs.

[@TECHCAD]

Thanks Dear for the appreciation and yours valuable concern.
You can share the word of mouth of my videos with others...

[@fadiashraf5181]

So well explained ! You're definitely the best teacher !

[@TECHCAD]

Thanks Dear for the great appreciation....
U can share the word of mouth of my videos with others.....
God bless you..,,👍

[@reaganomondi1940]

Thank you so much Mr it's a good explanation and it has really helped me 🙏🙏🙏

[@TECHCAD]

Thanks Reagan for the warm appreciation....
All the best...and u can share the word of mouth of my videos with others .....

[@suryapavannandyala1934]

really u r explaination and animation was excellent to understand too easily..thanks for u r suject

[@TECHCAD]

Thanks for the Nice Appreciation....
All the Best....

[@shobhitsharma2337]

Explained very well 👍🏼

[@TECHCAD]

All the best....

[@MechanicShoo]

very good ❤

[@spk7054]

Similar with electronic cam profile right ?

[@SaurabhSinghbuta]

So beautifully explained ❤️

[@TECHCAD]

Thanks Dear for the Appreciation....

[@sa_ks_hi..]

Thank youu so much sirr😇 it was very helpful to me

[@TECHCAD]

Thanks Dear...
All the Best...

[@TheStrengthShift]

sir why we are dtrawig tangent lines to the offset

[@TECHCAD]

Dear, your question itself has the answer to your query...
as we have the offset of the CAM from the axis of the follower, to draw the cam profile we have to draw the tangent lines (or the lines from the periphery from the cam )
I hope you got it....
All the best....

[@omnamahshivay3310]

Thank you very much😇😇

[@TECHCAD]

All the Best....

[@hemaelganiny]

thanks❤

[@hfsamsrur8631]

Thank you

[@mrunmaydawkhar3512]

What to do for knife edge follower ?

[@TECHCAD]

Dear it does not matter what type of follower is , the process will remains the same.
U can also chk the following link:
ua-cam.com/video/mLHmWJVH980/v-deo.html

[@c_70_mohammadajmalturk46]

Nice explanation

[@TECHCAD]

Thanks And All the Best...

[@ayushkumbhare3177]

Thank you sir 😊

[@SemeLomodong]

It's very good, but what of the velocity and acceleration diagram for it?

[@TECHCAD]

Thanks dear...
For the velocity and acceleration diagram I will make a separate video....

[@haidermajed2529]

👍🏻♥️ from iraq
I am a mechanical engineering student

[@TECHCAD]

Thanks Haider for appreciating my video....
U can share the word of mouth of my work with others...
All the best...

[@gamingroger5660]

Maja aagaya sir 👍🏻👍🏻

[@TECHCAD]

Welcome Dear...

[@_PRONAYDAS]

Thank u so much sir 🙂🙂

[@TECHCAD]

All the Best...

[@akhileshakhi8874]

sir how to draw displcment , cam diagrm when out, dwll, return given in rotastions...?
example :out storke=1500rotions
dwll=3000rtons
return:2400rotins

[@sky1600]

Awesome 👌 ❤️

[@tuhinsuryachakraborty]

Thanks sir a lot

[@TECHCAD]

All the best

[@ahmed_mady999]

thank u so much

[@edutechguruengineeringlear4280]

ua-cam.com/video/4I_nuHYm12c/v-deo.html

[@zenoking6172]

Thank you sir

[@TECHCAD]

Nice to hear my work helps u..
All the best...

[@edutechguruengineeringlear4280]

ua-cam.com/video/4I_nuHYm12c/v-deo.html
...

[@Unbeatable_Physics]

sir app please notes v daal diya kijye last time revision k liye exam se phle

[@TECHCAD]

Dear It will be uploaded soon...
All the Best...

[@sujanm1984]

Sir roller radius is 10 mm

[@sujanm1984]

But you are taking 5mm

[@TECHCAD]

@@sujanm1984 its the diameter 10 mm not radius.

[@TECHCAD]

Diameter is 10 mm so radius is 5 mm

[@navinkumar7370]

Software used ?

[@TECHCAD]

its a Microsoft Power Point Presentation....

[@reaganomondi1940]

Thank you so much Mr it's a good explanation and it has really helped me 🙏🙏🙏