Видео

See this video. ruclips.net/video/3lGFp-LA0l8/видео.html

The trick is just to constrain it at the coupling point and then apply the moment where the shaft is resisted by the load. That is the easiest way.

​@@farida7777777i'll try it, thank you!

Section lines is there to indicate a cut through your drawing. The cut helps to see detail on the inside of an object or part.

How'd it go

It's called Autodesk Inventor professional 2022. There are always a later version available.

It's called Autodesk Inventor professional.

Good question. In general they are not sectioned. Sectioning is only there to get a more complete view as to what is happening on the inside of an object. If hidden detail will not be able to tell the complete story then sectioning is used in complex objects. I know that Autodesk Inventor sections washers and it is removed manually by the students to show an unsectioned washer. Anything can be sectioned as long as it does not remove details from an object that is already clear. I rather prefer washers not to be sectioned as per the regulating drawing standards.

@@farida7777777 thank you very much for the reply

jaszczur mnie nie zje

Not so sure what you are saying as the languages I speak is English, Afrikaans and a bit of Zulu. I think what you are saying is '' Thank you my friend it helped me a lot'' Hope I'm right. My reply: It is a pleasure my friend. Thank you, Dankie, Ngiyabonga, Danko. God bless.

Autodesk Inventor Professional, you can get it from the Autodesk Website. www.autodesk.com/education/students

Just take a screenshot, add it into a Word document, right click on the image and save it into pictures. Open the picture then in paint to alter or use as is. Hope this helps.

Pleasure

Sure, look at the file format blender is using and then press Save as for the ipt file in Inventor, select the file format from the drop down menu and save it. Open in blender.

The corner in general are neglected in sectional drawing. The purpose of such a section is to get through the centre of the holes. The holes are the places where assembly components will be placed. Please see a similar example on this link. ruclips.net/video/3lGFp-LA0l8/видео.html

Glad it was helpful!

Sorry if the content discussed does not fit in your scope . This lesson is not meant for those who have advanced understanding in Assembly drawing,it helps students with what they realy need to understand the basics and meet them where they at. Tolerances is an all together different chapter in the syllabus. There are many types of tolerances for holes and shafts where different fits are considered and it is way to advanced to include in an already time consuming and difficult chapter I.e. machine drawing. Our students has only 9 weeks to learn engineering drawing as their focus is more on computer drawing afterward. Thanks for your comment it is much appreciated.

@@farida7777777 This I understand, that said, I'd suggest that this would be a better introduction to basic assembly by including certain necessary knowledge such as fits, perhaps mentioned during the breakdown. for the level of knowledge, you are conveying, I'd suggest perhaps starting with the 2D but overlaying 3D and using those models to illustrate. This would focus your point of relationships with quasi-realism. you can then draw back and forth between the two representations. I simply am saying don't skip basic engineering design for an attempt to clarify.

Hi, thanks. Could you please do a video as you suggested and post it on your channel, I will gladly include the link under my current video for people that would love to see extra information concerning tolerances and relationships between different fits. For engineering design it is required but not for the current basic entry engineering drawing. It's a 9 week first year semester 1 course. But please kindly go ahead to give an example in video format on how you would do it and I would reference it under this current video. Thanks. God bless.

I think there should be other methods, the problem is to get the rubber seal around the circumference. This is why wax is more convenient in this situation, however feel free to enquire at your local hardware for other methods to solve this problem.

@@farida7777777 apparently there's now a flexible plastic unit, where the one end seals inside the sewer pipe and the other end has multiple seals to seal around the toilet spout.

especially the arcs before you revolve

You will need to look at the beginner exersizes how to sketch. The exersize was basicly just on how to revolve around 2 axis. ruclips.net/video/lG1-tyoA_0o/видео.html ruclips.net/video/PCAzOMnUo-4/видео.html ruclips.net/video/TrcQQVdAqDQ/видео.html ruclips.net/video/l1vmptOVhLs/видео.html ruclips.net/video/Jb5Lw_5iDPU/видео.html ruclips.net/video/x7S-IxkhclQ/видео.html Hope this helps.

@@farida7777777 thank you

Hi, you can get it at Game or Mackro. KEEP GOING, I HAVE SUBSCRIBED TO YOUR CHANNEL. YOU ARE DOING GOOD SO FAR. GOD BLESS.

@@farida7777777 thanks so much 👍🏾 I so happy you subscribed 🙂😀

Yes, its absolutely essential. This video was made after a plumber installed the wax on top of the seal and it leaked. As an engineer I developed this method and it works, my toilet is still fixed. You can also as an extra seal take rough sand paper P60 or lower, run it around the inside circumference of the exit pipe 3 times applying ample pressure. These grooves will act as mini seals when the wax enters them. This will do the job even beter as the water will need to dig under these waxed grooves. This increase the efficiency of the wax seal.

Glad it could help.

Thanks for the super thanks donation. This helps the channel.

Thanks for your donation dear person.