Added: 2 years ago
From: JacquesMichelHache
Views: 36,393
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  • very helpfull..thanks Jacques

  • Very noise. The music is tooooooooooooooooooo noise. Stupid

  • @mctiernankit  I could of removed the music from the video, but then I realized the mute feature exists ;),

    cheers

  • THIS IS SHIT AND WOULD NEVER WORK!!! Involute & Cycloid profile's produce constant vel, NOT arc's. You have A LOT!!!!! to learn. Go to college, or a better college.

  • @Alias828 lol maby you should learn to read a little before you comment. As it's mentioned in the description, it's not a good way of designing gears. It was a video response to some one who did the same kind of design but in solidworks. You are right, the profile will not creat const vel.

  • @JacquesMichelHache The time it takes for me to read the description i can watch another video. You understand.

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  • @Alias828 common courtesy would be to inform yourself before judging.

  • @JacquesMichelHache I just don't understand why you would draw a gear if you didn't expect it to work. My Axiom's are different then yours... deal with it. 

  • @Alias828 again, as it's mentioned in the description, the purpose of this video is to show how to create gears for visual representation only. :)

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  • can you post a video ov warp features pls

  • But this is not the accurate representation of a evolving gear, where You draw circles to create the tooth instead of mathematically create a evolvent using: insert curve\from equation and then creating a cut which will then parametrically and mathematically patterned.

  • @myvids6666 You are completely correct. refer to Alias828's reply above :)

  • yse u are right...this is not the accurate method

  • It would be very helpful if you show us how to design a worm gear using Pro E.. thx

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  • @pulkitgupta1234

    I didn't test it, but it might be more difficult to obtain the right tooth sweep profile using an inclined traj. if you follow the edge of a tooth, it doesn't follow a straight line. Further more, that line isn't in a fixed plane. I might be wrong in what I think you mean by "inclined traj".

  • There are lots of engineering students out there that could benefit from a tutorial vid from you. I know i called you a show off but you are good.

  • show off. You are not teaching anything here. Pointless vid.

  • @desertphilip

    I completely agree. It was to show off. This is a video response to a similar video where the guy used Solidworks to make the same model.... I decided to show off how it's done with Pro Engineer =)

  • I have uploaded to youtube several vids for creating TRUE INVOLUTE internal and external gears with backlash and even sprockets using Autocad. The vid of the GEAR Word Document has the formulas and the gear terms to help with your gear and sprocket designs.

  • Hey Jacques.. Can u explain whats that "sd5 = 45+traipar*25" means. Especially "traipar" which doesnt work in my sofware.. hope to hear from you.. Awesome design btw.. thx

  • @babyshuttle

    This equation can only be used in Pro Engineer. Proe creates a variable dimensions in the sketch. While the sketch is sweeping a trajectory, the parameter trajpar will vary from 0 to 1 (from begining to end of the sweep)

  • thats helpful for me. however, do you understand the standard for the gears?

  • @kalaok

    Yes I do. Like I said in the video description ''This is not a good way of designing gears in real life''.

  • nice music mate

  • nice music mate

  • Catia or Pro/Engineer Wildfire?

  • @serianis

    Its Pro/Engineer Wildfire

  • hi jacq.

    pls. add me as a frnd.

    i am learning pro-e.

    can u please teach me this??????????????

  • Mate this is awesome for the level of gears that i need - thanks heaps

  • Thank so much

  • Why do i have to listen to this crap? :(

  • well.... Theoretically you don't have to hehehe. just mute it if your ears starts bleeding.

  • nice work there,

    could you something more basic, like a knuckle joint???

  • nah.... that's to easy =P

  • after selecting the angular dimension, i entered " = 45 + trajpar * 25" where:

    45: initial angular position

    trajpar: function that varies from 0 to 1 when sweeping the selected trajectory

    25: the angular position relative to its initial angle (45) at the end of the sweep

    at the beginning of the trajectory, trajpar = 0 so

    angle = 45 + 0 *25

    at the end of the trajectory, trajpar = 1 so,

    angle = 45 + 1*25

    the section's angle will varie between 45-70 degrees

  • Thanks i tried it today it works. Now all i have to do is assemble the 2 gears 2:1 ratio.

  • i would really like to know the relation you typed in, this is exactly what i need for my Cad/Cam project

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