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October 18, 2018 at 3:06 pm
raman24
SubscriberHello guys,
I have made an assembly model which has 3 part files which has 1) block 2) base 3) tube, so basically the tube structure with silicon material is placed between block and base and block with steel material is a falling part on the tube and tube gets bend at certain region. the tube is firstly with 1 atm pressure and then i would like to check the pressure in the end of tube when falling block is falling on tube with 10 km/h speed
Dimensions of the parts
Tube:-
Inner diameter :- 6 mm
outer diameter :- 8 mm
length of pipe :- 1m
block :-
length:- 50 mm
breath:- 40 mm
height:- 20 mm
base :-
length:- 500 mm
breath:- 200 mm
height:- 50 mm
please help me how to solve this kind of problem i would be waiting for your kind and quick response
best regards,
Ramandeepsingh
Panessar. -
October 18, 2018 at 4:04 pm
Karthik R
AdministratorHello,
If I understand your problem right, you want to study the impact of a steel block hitting a tube on the internal pressure of the tube (if the tube is closed). If the tube is open, you want to estimate the pressure difference is created in the tube because of the impact. Please let me know if my understanding is correct.
Assuming I understand your problem:
If you are looking to model entire process, you have to model the impact of the solid block on the tube in ANSYS Mechanical and estimate the stresses on the tube. You can use these stresses and model the flow in your tube in Fluent. These type of simulations are typically referred to as Fluid - Structure Interaction (FSI, in short). Here are a couple of videos which will help you understand the workflow. This is a 2 part video tutorial.
Please watch these video to understand the workflow and these should help you get started. If you have more specific questions about your problem, please let us know.
Please feel free to correct me here if I misunderstood your problem.
Thank you.
Best Regards,
Karthik
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October 22, 2018 at 1:19 pm
raman24
SubscriberHello,
thank you kartik for your help. As you said to do mechanical simulation first. i did that but i don't know how to transfer the mesh deformation in fluent with respect to time please help me in that.
if it is possible then can i have your email id to contact you in better way
my email address is
ramandeeppanessar@gmail.com
best regards
Ramandeepsingh
Panessar -
October 22, 2018 at 1:32 pm
Karthik R
AdministratorHello,
Thank you for your update. Please watch the two videos I shared in my earlier post to check if you are able to get some idea on how to transfer information between mechanical and fluent. I'd strongly recommend trying out the example highlighted in the video tutorial. You might want to replicate the instructions provided in the video to understand the workflow between mechanical and fluent.
Unfortunately, as an ANSYS employee I will not be able to share my email ID here. Having said that, please free free to ask your specific questions here on the community and we will do our best to help you with them.
I hope this helps.
Best Regards,
Karthik
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October 25, 2018 at 10:34 am
raman24
SubscriberHello,
thank you for your reply
now i did according to your suggestion and again am facing problem in doing 2 simulation at the same time
so in that tube i have assembled 2 conducting copper wires and wires are having 5 V of voltage and 0.3mA one wire is having positive connection and another is grounded
and i would like to have simulation that when tube is been pressed or deformed this two wires are been connected and electric flow is from positive to grounded wire after that i would like to get the final resistance. so in conclusion if the contact is more then the resistance will be high.
i hope you understood the problem
waiting for your kind reply
thanking you in advance
best regards
Ramandeepsingh Panessar -
October 25, 2018 at 12:54 pm
Karthik R
AdministratorHi,
Could you please share details on the exact error message you are getting when running your simulations?
Also, do you intend to model flow of current in your problem?
Thank you.
Best Regards,
Karthik
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