Видео

I have gone through your open fast video. It was fabulous and respect your time invest here. I would like to connect with you to gain more knowledge on that. Is there any way I can connect, it would be great for me. Thank you😊

hello, can you share the file to your blade?

Hi sir i am a student in sakarya university (mechanical engineering) in turkey and we should find Cd of a 1/20 scale down truck model for our last year graduation project and we really need help. How can we find Cd with wind tunnel or ansys. First we are gonna find Cd with wind tunnel than with ansys

There is a Lockhart building!! And they are playing A Scottish song

hi, are you planing on making a video of how the linearization works, e.g. to calculate the eigenfrequencies and campbell diagramm? that would be great!

Hello there, do you know the relation between the Weibull distribution of wind and long-term fatigue assessment?

Wow, really cool. I used solidword in the past, fusion360 but I was looking for something free and offline. This software look to be great❤. I m curious if you can show how to draw a propeller with the airfoil add on😊

Good stuff..... from Thomas Telecommunication

Hi Sir, I have followed your video, but while running it doesn't work. Could you please give me the guidelines?

I want to determine fatigue damage and fatigue life of mooring line by MLife? If it is possible can you give me any reference?

Hi sir, Is it possible to do fatigue analysis of mooring line using OpenFAST and MLife?

Hi Sir, Can I get your email address?

How are you liking FreeCAD so far?

Good practice to check at every step and refer back to the real world when possible. Nice,

Hello, we are a team that operates Formula Student team in Korea. When we conduct the aero dynamics test, we conduct the experiment with only the aero parts without the actual car test. However, this time, we want to verify by logging the actual driving situation. The contents of the accelerator sheet are interesting, so could you allow us to receive the sheet and modify it? I want to develop it further.

Truly amazing. Thanks!

I saw the link on the SketchUp forum and had to see it. Thanks for bringing this to my attention, love it!

Good stuff

*Promosm*

Big Al from Draper Utah....Very Good, ..... Good information....

FYI, when i say R squared is not really important... please ignore tha haha. R squared is how accurate your data is.. 0.99 means 99%

Thanks. Curious how this would change IRL with wind included. I assume this vid is a 0 wind day. Let's say the wind is parallel, reduce or increase Fdrag or Dragx (N) by...? Do we simply include Vwind to the Fd...CdApV^2Vwind? Vwind could be + or -? Of course the results are real life so additional wind is included in your process, just not noted. But I was seeking the correct Fd that includes Vwind...

Good stuff ....

Thanks for the attempt, but 10 secs in and shut it off. Its a tutorial, not a concert. Bag the music. Moving on. GL

I suscribed.

Amazing, great inspiration for me, thanks!

Who adds music to a good tutorial?

01:30 Problem with the current (on 23SEP2022) version of the Shapes extension is it does NOT include Sphere and Helix in the list of shapes one can draw. The previous two commenters are correct in that the music makes it difficult to understand the narration. I tried to follow to the end but I couldn't take the music, had to quit before it drove me nuts.

@LT72884 Nice work. Do you know an easy way to may NPT threads? They have a slight tapered thread.

I understood everything. Big Al Draper Utah

I also think it is important to mention that there is variability in the quality of part that can be printed. Different operators/printers may not have the same quality which will affect the surface finish, the pressure holding ability, the water permeability.

I was wondering if you have a source for your statement that viruses are only transmitted though cells, and are not present outside of a cell, say though saliva or nasal secretions. That goes against everything I learned in school about viral transmission. Love the work you are doing and just want to make sure the most accurate information is conveyed on this important topic.

Something to note if people are going to turn the models into physical bolts (3D printing them) is that the arcs are not very circular. The whole circle is 24 segments by default, and that equates to a 15deg angle change between segments. If you made a nut to fit the thread without suitable clearance (by subtracting a copy of the bolt from another solid), it would lock at 1/24th rotation, or not even be able to be started. Subtracting a 'thing' from another 'thing' in 3d modelling is like cutting it with a blade that is 0mm thick. The cut faces actually occupy the same space. Having a big clearance is fine if only using it for display purposes or a bit of fun. For anyone wanting to print their 3D model, I would recommend changing the segment count from the standard 24 to much higher and equally dividable by 360. I've done it at 144 segments (36*4) which makes for a 2.5deg angle change in each segment. The computer grunts a bit, but the model is a lot smoother when finally produced. You also have to remember that any other arc that you want to use for shaping the bolt, such as chamfers and tapers should also be set to the same segment count. It will help prevent really tiny holes appearing after solids operations which leaves you with "not a solid"

Garbage

A great explanation/demonstration of a very cool scientific principle. Well done!

This is a great series! I got here from your in-depth comments about food safe 3d printing on a video from the Prusa channel a while back. Looking forward to the results and the next parts of the presentation.

How to make inner threads would be awesome to see!

My only problem with your video is where you pull down the round cylinder part of the bolt (i.e. the shaft beneath the head) onto the first thread. When 3d printing won't that create a problem with your slicer software in that there are some interior planes? I'm wondering why you just didn't leave that part alone since there was no break between the cylinder and the threads?

I'm not sure I'll ever need to print an ANSI compliant bolt on my 3D printer, but your video is interesting and great, nonetheless. Thanks!

Can you reupload without the music?

Wanted to truly thank you, great tutorial, got one set up in no time thanks to you.

I can`t follow a long, because of the music

Thanks for this. I viewed a video several months ago on how to make threads and it looks the exact same method as this but when pulling the threads in to the centre, it didn't work right at all. I'll have to try and find the older video to see if you done something that he didn't or if sketchup web has changed to allow this since I last tried

Your video helped alot

The chasis that surounds the psu is grounded. I have tested it by putting my black probe on the ground prong of the outlet of the psu, and the red probe on the screw. Sure enough, it shows continuity.

here is the link to the powerpoint: s000.tinyupload.com/index.php?file_id=86687674535005258637

Great video but excruciating for me to listen to!!!

Please no music,it's both distracting and annoying!! Plus I have brain damage from a head injury!! now have weird sound sensitivity, not nice!

on my gimp 2.8 i dont have the other tab on the right hand side? i only have the first one the tools?

my corners are on the outside, is that okay?