Hey friend... First of all let me say "thank you"... I really felt this very important... And you presented this concept in very good manner. I hope you will make such conceptual videos in future... Thanks
Bro, thank you for crystal clear explanation. I have 2 questions: 1. How can we assign frictional + no separation out? There is an absent condition. 2. Can we assign 2 or more contact types on same surface pairs? For example: Frictional + no separation contact types separately for same surface pairs
Very good explanation. I'm just trying to get into Ansys Mechanical and it's a monster, but very good. This helps. Do you have similar explanations for loads and forces? Thanks.
Good explanation sir, Thank you for your valuable information. Sir, I would like to know what type of contact need to use if the contact body and target body are attached using a screw. Thank you
Typically frictional or friction-less if you are interested in knowing the separation force between them or you can model them as bonded if your case do not undergo any separation
Hey... Can you make video of stress linearization ( which includes membrane and bending ) with theoretical knowledge.... And important part is what is significance and why that do before fatigue... Please educate us...
Sir, can you Please make some conceptual video how to change contact stifness and what are there impact of convergence. Also how to interpret force convergence plot.
how to disable automatic contact generation? it's creating contacts which on every startup of Mechanical which have to be deleted manually. Very cumbersome!
Or another way is to From Utility Menu=>Tool =>Options Dialogue Box under the Mechanical Connections Settings for auto detection upon attaching geometry
Hi unfortunately I don't use a skype here. However i recommend you to use the Ansys customer technical help center. They can help you immediately and believe me they are too good
The best explanation I could find. Seriously, you did an excelent job!
To the point and clear explanantion.. All the best
thanks for clear explanation.
You did such a great job with this, please make more videos about Ansys.
Excellent. Great work buddy. Cheers!
This is a simple but effective explanation!
Great video, simply and direct to the point. Thanks!
Hey friend...
First of all let me say "thank you"...
I really felt this very important... And you presented this concept in very good manner.
I hope you will make such conceptual videos in future...
Thanks
You save me, GREAT explanation, thank you so much sir !
Great video ! :)
Very well explained in simple words for beginners.....
Thank you
Thank you very much , this video explained lot of insight of contact,😀 thank you for your valuable video n information
Perfect explanation, thanks for a great video!
Amazing video mate!! good job!
Thanks for clear understanding....
Please make video on contact formulation and how contact status (closed, open and inactive types) calculated.
Perfect. Exactly what I was looking for. Thanks :)
Simple but powerful explanation
Bro, you're the best
Thank you sir for the info. And I request you to make a video on examples with different types of contact.
Nice explanation, dear can you make a tutorial on how to find reaction forces in rigid dynamics? Thanks
Very useful! Thank you very much! :-)
Thank you sir for the clear explanation. What type of contact is required for leaf spring analysis.
Bro, thank you for crystal clear explanation. I have 2 questions:
1. How can we assign frictional + no separation out? There is an absent condition.
2. Can we assign 2 or more contact types on same surface pairs? For example: Frictional + no separation contact types separately for same surface pairs
Nice one, Thank you
thanks for the info!
Thank you!
Great video thank you!
thank you, thank alot....
Very good explanation. I'm just trying to get into Ansys Mechanical and it's a monster, but very good. This helps. Do you have similar explanations for loads and forces? Thanks.
I will try to give soon
Good explanation sir, Thank you for your valuable information.
Sir, I would like to know what type of contact need to use if the contact body and target body are attached using a screw.
Thank you
Typically frictional or friction-less if you are interested in knowing the separation force between them or you can model them as bonded if your case do not undergo any separation
thanks for the clear explanation...can u explain with a video about "joints" body-body and body-ground.?
Thank U
thank you so much for good explanation
Thanks bro
Hi
Thank you for such a clear explanation. Can you please give a real life example rough contact can be/is used.
YOU ROCK
Hey...
Can you make video of stress linearization ( which includes membrane and bending ) with theoretical knowledge....
And important part is what is significance and why that do before fatigue...
Please educate us...
can you please tell about the forced frictional contact?...is it like no separation but only with friction in tangential direction?
Sir, can you Please make some conceptual video how to change contact stifness and what are there impact of convergence.
Also how to interpret force convergence plot.
I will try thanks for your comment
I still had confusion in contact body and target body. if in bolt pretension case, nut and bolt which is contact body and target body? And why?
how to disable automatic contact generation? it's creating contacts which on every startup of Mechanical which have to be deleted manually. Very cumbersome!
By highlighting “Connections”
branch in the Project tree for auto
detection upon model refreshing
Or another way is to From Utility Menu=>Tool =>Options
Dialogue Box under the Mechanical
Connections Settings for auto detection
upon attaching geometry
thank you !
Set Automic update to No in connection.
hey man good video can i contact u for more queries
Sure
Bro is it okay if I can Skype u because I really can't explain thru message
Hi unfortunately I don't use a skype here. However i recommend you to use the Ansys customer technical help center. They can help you immediately and believe me they are too good
@@ansystipsandtricks but will they like help us live or they will call and guide us
@@randyarun947 they will help you in both ways whichever your situation demands.