Hi, preservation selection is as per experience as a design engineer, if you know what minimum metal thickness is necessary, than you can select it easy, like you have thread near about end face of the surface than you need to minimum 5mm metal thickness after thread, if we do not do that thickness than after some time our part will fail due to less metal thickness, and preservation also depands what is your application, how much load, force will pass thru on the model. Meaning is you need experience as a designer or anything that can give the idea, what minimum thickness need to give, as per past experience or suggestions of senior or you can take guidance of who has knowledge of that application, or you can make analysis of different metal thickness, you will get the answer what minimum metal thickness i need to do. For more see my one more topology simulation video
10:37 I saved that topology body in current active configuration and 10:45 save that file in Solidbody,,, after in model I hide main model and unhide new saved model. That is 11:03
Ok, screw in mountain on the wall, with out any external load that time not any force generates on the wall hole and it's surrounding face right,, now I'm holding one fixture that screw is clamping that Fixture, so that out side of the wall down force will generate and inside of the wall hole, upside force will generate, and that up side force transfer the uper side portion of wall because they are connected,,,, here u can use same case for car hub, or any bearing assembly where force generate perpendicular of the hole center axis
Good one
Nice
Nice simulation
Nice video
Woww
Mind blowing
Really Appreciate
Nice 👍
Awsome
Good way to teach
How we select the preservation by our pwn choice? Why you have selected 5mm??
Hi, preservation selection is as per experience as a design engineer, if you know what minimum metal thickness is necessary, than you can select it easy, like you have thread near about end face of the surface than you need to minimum 5mm metal thickness after thread, if we do not do that thickness than after some time our part will fail due to less metal thickness, and preservation also depands what is your application, how much load, force will pass thru on the model.
Meaning is you need experience as a designer or anything that can give the idea, what minimum thickness need to give, as per past experience or suggestions of senior or you can take guidance of who has knowledge of that application, or you can make analysis of different metal thickness, you will get the answer what minimum metal thickness i need to do.
For more see my one more topology simulation video
It's something new
What did u do / press at 11:03??? Please
10:37 I saved that topology body in current active configuration and 10:45 save that file in Solidbody,,, after in model I hide main model and unhide new saved model. That is 11:03
👍👍
The way you are applying force will distribute the load over the entire face. Will not work like that in real life with eg. a screw through the hole.
Ok, screw in mountain on the wall, with out any external load that time not any force generates on the wall hole and it's surrounding face right,, now I'm holding one fixture that screw is clamping that Fixture, so that out side of the wall down force will generate and inside of the wall hole, upside force will generate, and that up side force transfer the uper side portion of wall because they are connected,,,, here u can use same case for car hub, or any bearing assembly where force generate perpendicular of the hole center axis
I need
Helo
Can you send me a technical drawing of the work piece?
thanks in advance :)
Hey do u need model that i can send u for drawing I need to make it...
@@artist0099 yes, I need
Model or drawing???
@@artist0099 technical drawing with all dimensions
U need to wait maybe 2 or 3 days,, I will mail you
Hello can you send me the model and drawing and thank u
I don't have drawing, I will give u 3d model if u want, write yr mail id
Nice