วีดีโอ

YES sir 💪💪

Thanks! I understand this way better now, thanks!!

I would strongly recommend reversing the jaws when securing your work internally like this.

Hello Great video and very informative one for a beginner. Can we also check for failure in gears at particular torque inputs?

Is the moment of inertia or the mass property of the gear considered?

I have this error message: *** Model not assembled: position violation *** Resolve this issue in order to simulate the model. Can you help me, please?

I think the problem with the 3D visualization is because of the solver step size. I recommend you to make it Fixed-step and keep fixed-step size (fundamental sample time) small such as 0.001 second. I guess this will make 3D visualization much better like real.

Thank you very much! I'll finally be able to do something in Simulink haha... I'll try doing harmonic control! but this first step was so inspiring :)

چقدر خوب انگلیسی حرف میزنی👌🏻🤔

Hi can you help with code writing for Gear and chamfering process modelling.

There is no doubt I can 100% disagree with the statement made around 48 minutes and 45 seconds. Our justice system is not better than any other in the world. We have more of our population in prison than any other country worldwide! Our justice system in absolutely no way produces Justice! Our justice system is focused primarily on generating revenue and politics! Our justice system and our healthcare system seem to be going hand in hand our healthcare system does not facilitate in any way good health! We have a healthcare system ultimately governed by big pharmacy. That is the last thing they want is healthy Americans.

thank you so much

you are a god bro!!!!!!

The built in gear creation function doesn't produce an involute profile. Instead it creates arcs. People should be aware of this before using this functionality.

The commercial itself shows the segregation and depicts the profound ignorance.

Any idea how to change desired gear ratio? I wanted to use 1/100 but its not within the range.

thank you very informative

Nice backgrounds dude

Thank you for this tutorial!

is there any way we can add some friction between the gears?

Very helpful tutorial <3

thanks for the tutorial. can you explain what i can derive from such a model? I know matlab is quite powerful, so this must habe some use beyond what‘s possible with usual equations on paper

Thank you Ali, good work, I have a problem by solid work when exporting it . Although using the same sequence here but by extension *.stl have given me an error .

Thank you Ali, good work ! its good for beginners like me , do you have more tutorials ?

Can you do this with a CVT box? So when you added the ratios, can you add a function for the ratio?

Great tutorial man. Thank you

dude thanks a lot you kicked it out of the park with your explanation.

how to make a 3rd common gear ?

Great stuff man

you save me, thank you

Awesome tutorial Ali, and your desktop backgrounds kill me 😂

Thank you so much, your tutorial was great and very informative.

sir i will pay you please tell me how to pay you my whatsapp number is 8895556860,its my contact number also,sir please help me in matlab of helical or bevel gears sir please

thanks a lot for this!

Can I contact you please

Is it possible to do that with 3 gears?

How do I make them less thick?

Ok, thanks...very well presented!

hello sir, nice work. can we do this further to compute the mesh stiffness of the gears

It would be great if you could upload a video on creating a gear synchronizer model in MATLAB simdriveline module.

Great tutorial man. Now I can draw gears on Inventor.

This is great man. It is comprehensive.

I'm African American, this is complete b.s. Mississippi was what it was. Can't argue the real history, insane to try. Now, totally cool with it having a much better future. God speed.

I wonder if North Korea run simular commercials.

Number's don't lie. Mississippi blows.