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ngl i just use 10-24 bolts of varying lengths w/ 5mm diameter smooth holes that then get tapped by the bolt while turning it the first couple times (w/ flush wider hole for the head, gotta keep the design clean). If i need an even stronger bond I make room for a hex nut on the other end of the part.

Excellent. Saved load of time. Thanks

printing with more clearance helps a lot too. A UNC1 thread is going to print like a UNC3 thread. Keep the pitch but change your root diameters

Maybe use a smaller nozzle?

also, model the threads to real world standards so you can use a tap and die to chase the parts.

Can you do flow simulation of Centrifugal Blower? Cause all over I see here in RUclips the Efficiency of Centrifugal Blower/Centrifugal Fan are all below 50% when doing Flow simulation using SOLIDWORKS

Is it possible to simulate the cooling time? For example, I would like to find the time it takes for an aluminum pipe at 70 degrees to become 50 degrees. There is natural convection and the atmospheric temperature is 20 degrees.

I love your voice

Very nice!

I tend to make my own threads by making a helix the sweeping a triangle, what way I can have full control over them

hello sir, i have one question. extract freeform feature, it's extracted the surface in a new file. i need to extract the surface in a same file can you help me

I had such a range of emoution during this video

This is the best trick I’ve seen in a long time. Thanks so much for this one!

Nice, dont forget random seams ;) Layers are in not optimal orientation tho How about laying it down, cutting off a plane on top and bottom and printing?

Nice. I've seen screws with cut sides and wondered why they were printed this way. Now I know why, thanks.

Impressive, but I mist ask, what do you suggest as a cad software for a non engineering student, Fusion 360 or SolidWorks

and the bonus of doing it this way with the two sides of the screw filed off, if you ever want the screw to stay in forever, you can just pour some resin/glue down the holes

I'd split threaded rod in half, with interlocking cutting surface if needed, then join them with locktite

This can be a problem on metal parts too, specifically tight bores and shafts, if the turned parts have a similar surface roughness then they will bind up much easier than you would expect for their size

Wow, thanks for a great video. You have such a pleasant voice, I could watch this all day!

Genius. I got my printer to print default threads perfectly. But it requires slower speed. This will speed up the prints a lot with the steper angle

I think this channel is struggling to make new content which is reflected in these shorts since their longer format videos are about actual engineering…

Normally what I do is just print a sheet with the thread design on it and use it to grind away all the weird things on the edges... This is a lot better 😭

i have a question, for rendering a video in solidworks visualize will be singnificanly better a 4070 ti super instead of 4070 super?? if the greatest diferent is at Vram size and speed

Ahhh so thats why my threads stick! I thought it was my printer! Thanks!

Nice job

You can also make a square thread profile. This has already the flat side built in without the need for support, although it might not stick very well on the bed

The solution I use is just going real crazy with clearance. 0.8mm gap or so. If i need there to be friction thats what blue tak is for. 3DP threads are insanely reliable with wide tolerance.

thank you. This truly saved my life

you also missed the direction of the forces.

ive been facing the same problem and i never seen anyone face this problem : The error says ** is not laying on the boundary between solid and fluid region.

10 years and 9 Solidworks versions later, this is still helping people. Thank you!

can speedpak be used in Part files ?

The best solution, carry on printing your female threads in parts and use actual bolts for the male side. I’ve had 0 issues so far. You do need to design your threads to be long enough to take the load, similar to the way aluminium threaded parts need more threads than equivalent steel ones.

Cutting the screw in half and laying the halves on their flat faces can also be an option. This is the strongest way to print a screw, but it can only be used in cases that the internal threads of the part will hold the screw together.

Hello i need help in my graduation project any cst expert can help me 💔

this guy is a smarty

I like how I can hear a print fan in the background of your microphone

Can confirm from experience, this is THE way to print joining threads

If you're aiming for exactly one revolution, make the top line's length equal to the circumference. You can do that with "=pi*D" where D is the diameter.

ruclips.net/video/_mKyZAQelmI/видео.html

Why does he sound like jerry rigs everything?

Gaming PC and gaming laptops work just like workstations in Solid Works or better but they are cheaper and you also can play videogames on those

Thank you, sub well earned!

Would you do anything different?

20 seconds isn’t a long enough test, almost anything is fireproof for 10 seconds at a time.

hey guys. it was a great video.

Flat facing is a great idea