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Inventor Academy
Добавлен 6 июн 2014
Autodesk Inventor 2022 : Parametric Hook Ended Spring (Updated)
I made a video essentially outlining this same thing before but I didn't love the way it was done. I could do better. So now I am. Enjoy this one with it's proper audio and all.
Просмотров: 31
Видео
Autodesk Inventor 2016 : Hook Ended Spring (Parameters, 3D Sketch & Forms)
Просмотров 17 тыс.8 лет назад
Tough to keep up, I know, but I have faith in you. This is me quickly modeling a spring with a hook on either end based on a pdf that a user posted in the Autodesk Inventor General Discussion Forums. Enjoy and comment if you have questions.
Autodesk Inventor 2016 : Modeling an Adjustable Lego (Parameters, iLogic, Forms)
Просмотров 1,8 тыс.8 лет назад
A quick demonstration of how to model something like an adjustable lego piece using user parameters, a little ilogic and a form. All from inside Inventor.
Autodesk Inventor 2016 Tutorial : How to Model A Dandelion
Просмотров 6948 лет назад
Kind of random. Not very constructive. But all the same, a very entertaining challenge in which some less frequented tools are applied to get the desired result. Let me know what you guys think. Thanks.
Autodesk Inventor 2015 : Component Pattern linked to Feature Pattern Tutorial
Просмотров 3739 лет назад
This can be a very powerful tool.
Autodesk Inventor 2015 Tutorial : Unicycle Animation Tutorial (Inventor Studio)
Просмотров 2,9 тыс.9 лет назад
This is SUPER quick. I'll try to make a more comprehensive tutorial at a later time but this does show quite a few tricks. Enjoy and leave feedback!!
Adaptive Tubing Example
Просмотров 5019 лет назад
Very Short and Quick Demo on how to run tubing from A to B and make it adaptive to those parts.
Autodesk Inventor Tutorial : How to model 3D Threads (Long/Explained)
Просмотров 44 тыс.9 лет назад
Done in Inventor 2015. Comment below with questions or suggestions.
Autodesk Inventor Tutorial : How to model 3D Threads (Quick/Silent)
Просмотров 1,7 тыс.9 лет назад
Done in Inventor 2015. Comment below with questions and/or suggestions
Autodesk Inventor Tutorial : Derive and Mirror to Create Opposite Parts
Просмотров 35 тыс.9 лет назад
Quick Demo for someone on the Autodesk Forums. This shows how to create an "opposite hand" version of a part in such a way that the part will update based on the original with no sketching or redrawing in general required.
Autodesk Inventor Tutorial: Adaptive, Derived and Multibody Parts
Просмотров 3,7 тыс.9 лет назад
This video was made for an Autodesk Forum User to reference. Hopefully some others out there may find it useful.
I have an .ipt file with standard ISO thread geometry I can copy into any bolt, stud or internal hole. After constraining it in the correct position I just add diameter and pitch then use the coil tool - job done. One .ipt file does all sizes.
Thank you! I thought I could only use derive to mirror. I'm assuming the properties will mirror with this too so it's not just a picture of the mirror.
Yo u came here for: 2:30
Man I am trying to create an opposite hand in a sheet metal file. It is going through all the motions but there is no solid being in my new part. Any suggestions.
Terrible video. Cant hear you mumbling and you're going way too fast not explaining anything. Do yourself a favor and just delete this channel lol
Thanks for showing how to derive this part didn't know we can do that, I work for a bus company and I need two exact opposite parts such as legs and wallmounts
Now that Cool Orange Thread Modeler isn't working past IV2021, I'm back to cutting threads the old fashioned way, lol... good tutorial
Thanks! I've improved on my processes as well so I may have more to share in the near future.
Thanks for uploading but honestly, to fast, to garbled and far far to messy to be of any instructional value.
Please, prepare your hardware, prepare your lessons, before starting to put a video on you tube. We are not interested to know whether your sound works yes or no, we assume that we get sound. People will look at your video, and understand that they are wasting there time.
so fast
Brother can you give me the calculation details for design,please
Excellent! This is the best video I've seen on bolt thread. Thank you.
tip: There is coolOrange extension. It simplifies the process. Made it way easier. by the way thanks for the video
I've heard that the coolorange tool no longer works. But honestly, I wasn't a big fan of that tool personally. I do acknowledge it's up-front time saving though. Does it still work?
Amazing work. I am new to 3d design and following your video I have managed to 3D print piezes with working threads of a rare standard. Thank you very much!
That's awesome news! Well done!
very lenth this video no use
very tufh
thanks! worked great!
how can you rotate the mirror 90degrees?
too good
tyty
excelent, thanks my friend
Thank you!
Good stuff. Thanks for sharing.
What is that P1 stands for in the equation nturns*P1*diameter1
PI = 3.14159265...
PI = 3.141516. Is the PI value
Hello, I want to animate a piece in inventor studio but it only lets me cheer up to 30 seconds. What is that and how can I fix it? help me pls
I Need to see Auto CAD 3D project's thanks.
ruclips.net/video/ZxiN_M5zwO4/видео.html Autodesk Apps Cool Orange thread Modeler.
You are a blessing
No, you
Okay. This is now my 'go to' reference for making threads. Thanks for the insight!
Absolutely. I'm going back now and updating some of my videos that I think are no longer up to date. This one may get a visit. Thank you for your feedback though!
Very nice tutorial. Thx Bro
Thank you very much!
Just for reference, when your placing the second part, in the assembly, just right-click and choose "Place Grounded at Origin". Then your constraints are automatically chosen, grounded, and match the original part file's relative association to (0,0,0), respectively. Thanks for the vid!
this is awesome would you happen to have some type of video of drawing uncycle
another mute.
Is there any chance you could demonstrate how to model a tapered thread such as an NPT?
Absolutely. I'll make sure to include that when I update this video. Or perhaps in a video of it's own
Very helpful, this is exactly what I was looking for. Thank you!
Excellent! Glad it could help.
Could you show me how to drive/extend an extension spring in autodesk fusion 360 or solidworks? I do really need your help. Thank you very much
Hi there Alpha, I'm afraid that when it comes to fusion 360 and/or solidworks, I'm not really sure how such a thing is done. I would love to help but the software I am by far the most familiar with is Inventor. I'm sure there's something out here on youtube that few keyword searches may turn up. Best of luck, friend.
really good ! thx for the video
My inventor seems to insist on taking the entire line as the path even though I had it split up like in the example... Wait, nvm, I just had to select other to get to the curve I wanted. Great tutorial!
thanks man! this helped me loads.
Is there a way to have thread created with the 'Thread' command 3D-print, or at least project the geometry into a coil as to create a geometric. Since this command feature already has an array of specifications and threads available it is useful, but it does not create geometric features; only pictures of the threads.
+Edie Pena To the extent of my knowledge, you cannot do what you're trying to do with just the Thread command. It's just a skin that carries the thread data with it so that it can be visualized and referenced in drawings without taking up as much memory. With that said, there's an Add-In out there by CoolOrange that can be used to turn the thread skin into geometric threads. This may be what you want. I believe it's called "Thread Modeler". The only reason I don't like the tool is because it creates several features and it does not adjust with the rest of the part. In other words, if you wanted to use it, you wouldn't really be able to do anything with your model afterwards. However, I did make an iFeature for modeling threads that has proven extremely handy for such applications. It won't read a Thread Skin but it will read the diameter and as long as you know the tpi, you're good to go.