Bevel Gears Explained, Calculated & Modeled

[@olivefernando7879]

i love the pen drawings he does. i think it somehow makes the explanation better, like it helps the viewer focus more than if it was like on ms paint or something. i'm an artist and i'm into engineering too (hence why i'm watching this, i technically know this stuff already but i think always good to get refreshers etc and stuff, i'm meant to be designing stuff rn)

[@INTEGRALPHYSICS]

I had fun with that drawing. Glad you enjoyed it.

[@kingdemon4236]

You put an amazing amount of effort into creating this video. Thank you!

[@INTEGRALPHYSICS]

Glad you enjoyed it!

[@sunsetengineers]

Thank you so much for the "too bad, I ain't got time for that" comment, added a little LOL to my day. Outside of the humor, fantastic explanation.

[@INTEGRALPHYSICS]

Glad you enjoyed it

[@as1d1ty]

the drawings and the model at the end definitely made this much easier to understand

[@Virtualexist]

THE AMOUNT OF EFFORT BEING PUT IS QUALITYYYYY !!!

[@impactodelsurenterprise2440]

Damn that flex. Love your hand drawing skill bro

[@taokodr]

Fantastic explanation! I have so much to learn, but I "get" how the concept works with your great visuals. Thanks so much!

[@adamsvette]

Thank you so much. The whole part about the ratios of the radius of the cones helped me answer a question ive been digging around the internet for for like 30 minutes.

[@INTEGRALPHYSICS]

Happy to help.

[@squatseveryday]

Can't wait to see this channel blow up.

[@INTEGRALPHYSICS]

Me too.

[@srcclouston]

I didn’t think a video on bevel gears would be so fun watch to watch! 😂

[@INTEGRALPHYSICS]

It's not the most exhilarating subject. But I do what I can.

[@johnl5177]

Dude your drafting skills are great not gonna lie you do good

[@INTEGRALPHYSICS]

I appreciate that

[@Joe-os2dd]

If you have a Patreon or something I’ll definitely subscribe the amount of effort you put in is amazing wow and it makes a big difference for learning

[@INTEGRALPHYSICS]

No Patreon, I'm just having fun.

[@technicly.]

Really great video. Your videos will be awesome for teaching my robotics team's students engineering concepts like this!

[@INTEGRALPHYSICS]

Thanks! I have my engineering students watch these videos as parts of learning modules where they turn around and build stuff with Vex Robotics kits to actually get their hands on the stuff they learn about.

[@akshayj6566]

how!!!....this was awesome!!...plz keep on making these....its really helpful

[@INTEGRALPHYSICS]

Thanks! Will do.

[@vitopos8153]

Awesome video, very well explained! Thanks a lot!!!

[@INTEGRALPHYSICS]

Glad it was helpful!

[@taxicamel]

The simplest of concepts, ...cones..., helps to appreciate/understand why the gear tooth form on either bevel gear cannot be simply cut to the cutter profile.

[@INTEGRALPHYSICS]

Absolutely. That's why bevel gears aren't exactly cheap to manufacture.

[@NiLTime]

What a drawing .. Keep on making please ^^

[@INTEGRALPHYSICS]

Thank you, I will

[@jeffreyyeh9589]

Great video! I love your drawings.

[@INTEGRALPHYSICS]

thanks, they're fun.

[@baili8654]

Wow， you draw skill is well!

[@INTEGRALPHYSICS]

thanks!

[@yt_bharat]

Really nice explanation.

[@amatoallahouchen5894]

What a drawing thank you!

[@INTEGRALPHYSICS]

I'm glad you like it!

[@kollikiran7437]

Drawings are amazing

[@INTEGRALPHYSICS]

Thanks, that one was fun.

[@mr.tesla2837]

I like the drawing's enchance to explanation.

[@INTEGRALPHYSICS]

thanks, the drawing was fun to do.

[@abrehamish]

Well explained

[@gajanana2]

Nice drafting, do draw axis lines for all shafts

[@INTEGRALPHYSICS]

Thanks

[@scrap5407]

Amazing effort

[@INTEGRALPHYSICS]

Thanks a lot

[@georgesaint4417]

Very good, thank you.

[@INTEGRALPHYSICS]

Welcome!

[@Kareemer]

thanks for informations and perfect drawing

[@INTEGRALPHYSICS]

Thanks. I enjoy doing the drawings.

[@tashscha8500]

Hi is it possible to make big gear driven by small gear in high speed? This is for bevel gear. I am currently making a project than need to use bevel gear. But wanted the mechanism of gear to be different.

[@TanmayM.63]

Thank you for such amazing videos. I'd like to ask a question as I'm currently working on a project. Can these bevel gears be used to reduce the speed? Like the context of the project is that we've to reduce the speed (in rpm) of the motor and provide reduced speed to next set of shaft and blades. Your reply will be appreciated! Thanks

[@INTEGRALPHYSICS]

No different than with spur gears, if the input gear is smaller than the output gear then the output speed will be reduced.

[@be_a_41_yashshikhare84]

Sketch is quite good.

[@INTEGRALPHYSICS]

Thank you.

[@isminivermekistemeyenmahmut]

It would be nice if you actually explained how to model 90 degree bevel gear because im working on a project where i desperately need to design one in order to move on

[@INTEGRALPHYSICS]

The problem is that the modeling process is slightly different depending on what program you are using (Inventor, Solids... etc.) There's some really great tutorials on youtube on how to become proficient on just about any of those programs. That's how I learned Autodesk.

[@tashscha8500]

Hi is it possible to make big gear driven by small gear in high speed? This is for bevel gear. I am currently making a project than need to use bevel gear. But wanted the mechanism of gear to be different.

[@INTEGRALPHYSICS]

Yes, unlike a worm gear, either gear can be connected to the input shaft. A small gear driving a large gear (ie. a gear ratio greater than one) can be very useful in magnifying torque at the cost of losing rotations.

[@tashscha8500]

@@INTEGRALPHYSICS does it need more force on shaft(small gear) to drive the output gear (big gear) ?

[@INTEGRALPHYSICS]

When a small gear drives a big gear it requires very little input force to produce lots of output force.

[@richardgreen7625]

well explained

[@INTEGRALPHYSICS]

Thanks! Happy to help.

[@sharpshooterx6334]

underrated

[@INTEGRALPHYSICS]

Thanks!

[@adamnorfolk738]

its not really about the outside diameter or the inside diameter, its the difference between the two. if you move one inside diameter up or down its y axis(with respect to the other gear) , you are changing the difference between the base and the inside diameters and thus the angle needed to connect them.

[@INTEGRALPHYSICS]

Absolutely! You can think of the angle the line of action makes between the input shaft and output shaft as being what controls the gear ratio.

[@amaath2]

Quality!

[@INTEGRALPHYSICS]

Thanks!

[@johnsharman8153]

You have drawn bevel gears with parallel teeth form and not explained how to make them

[@OmPrakash-hh9zk]

Good

[@INTEGRALPHYSICS]

Thanks!

[@johnmichael1583]

فديو رائع

[@INTEGRALPHYSICS]

Thanks.

[@johnmichael1583]

@@INTEGRALPHYSICS 🌹🌹

[@teguhjayatehnik5969]

Lanjut

[@vatanrangani8033]

goated

[@AhmedMustafa-x5f]

🇮🇶🫶🏻

[@DesignReady.]

You are mad

[@INTEGRALPHYSICS]

We all go a little mad sometimes.