I've seen quite a few of your videos and this is the first one where I had absolutely never heard of or even seen in ASME 14.5. I also didn't know you could turn a surface profile feature into a datum and apply MMB to it. Thank you!
Thanks for watching! Don’t worry, you could probably have a whole career of design work without needing to apply a custom DRF. For me, it’s a great way to explain the 6 degrees of freedom. I will look into making another video about a profile of a surface serving as a datum with a material condition.
@@RDeanOdell That woud be awesome! Thank you for putting all of this out here for free. Truly fantastic. It makes meel feel a little silly fo mentioning anything that would create even more work... but for some of this more obscure stuff it would be helpful if you pointed out where it is defined by ASME in the comments or something. Again, thank you for making these fantstic videos!
@@markenriquez6937 Thats’s a great suggestion. I do have a website where I am trying to get some of this additional information like citations and the drawings I am using. Soon I will have a link in the description that leads to a post with the video and the aforementioned info. Thank you for watching and giving feedback.
Hi, ASME Y14.5 uses lowercase letters, “u,v,w” in the same order as you mentioned. I wouldn’t be surprised if the Greek letters are used in some software and reference material.
How is this possible to not block rotation "w" with B (square) datum? Should we prepare a gauge with a squared-shaped pin, which might rotate around it's axis?
Man!!! great video, smart people explaind really easy any material... like you Dean... Congrats from México
I've seen quite a few of your videos and this is the first one where I had absolutely never heard of or even seen in ASME 14.5. I also didn't know you could turn a surface profile feature into a datum and apply MMB to it. Thank you!
Thanks for watching! Don’t worry, you could probably have a whole career of design work without needing to apply a custom DRF. For me, it’s a great way to explain the 6 degrees of freedom. I will look into making another video about a profile of a surface serving as a datum with a material condition.
@@RDeanOdell That woud be awesome! Thank you for putting all of this out here for free. Truly fantastic. It makes meel feel a little silly fo mentioning anything that would create even more work... but for some of this more obscure stuff it would be helpful if you pointed out where it is defined by ASME in the comments or something. Again, thank you for making these fantstic videos!
@@markenriquez6937 Thats’s a great suggestion. I do have a website where I am trying to get some of this additional information like citations and the drawings I am using. Soon I will have a link in the description that leads to a post with the video and the aforementioned info. Thank you for watching and giving feedback.
Very easy to follow and understand. Hope you make more of this kind of videos. Thanks you
Thanks so much! I’m working on more of these individual topic videos.
Hello Mr.Odell are symbols of rotation as followed? X- μ (mu), Y-V, Z-ω (omega) thank you very much
Hi, ASME Y14.5 uses lowercase letters, “u,v,w” in the same order as you mentioned. I wouldn’t be surprised if the Greek letters are used in some software and reference material.
@@RDeanOdell thank you so much. I wouldn't expcted such a quick response
2:21 I wonder if, in the drawing on the left, datum B should not be replaced with datum C to match your explanation?
I think you are correct. I should have made datum b horizontal so it would match the practical explanation I give in the video.
How is this possible to not block rotation "w" with B (square) datum? Should we prepare a gauge with a squared-shaped pin, which might rotate around it's axis?
Thank you
You are welcome! Thanks for watching.