Need help with FEA of a viscoelastic damper

  • Thread starter Thread starter waqaskhan200
  • Start date Start date
  • Tags Tags
    Damper Fea
AI Thread Summary
The discussion focuses on performing finite element analysis (FEA) of a viscoelastic damper, with a preference for using ANSYS Workbench 11 due to its user-friendly interface. Participants highlight the capability of both ANSYS standard and Workbench for harmonic frequency response analysis, with a suggestion to start with harmonic analysis before moving to random frequency responses. There is a request for tutorials on implementing viscoelastic properties using the Prony series in Workbench. Additionally, there is an inquiry about the feasibility of performing FEA calculations manually, particularly for stress and bending motion in uniform materials, with a desire to learn foundational skills before relying on software. Overall, the conversation emphasizes the need for resources and guidance in both software and manual FEA techniques.
waqaskhan200
Messages
6
Reaction score
0
I am trying to do a FEA of a viscoelastic damper. Should I use Ansys11 to do the analysis or Ansys Workbench 11.
If I should use Workbench, can anybody give a good link where I can find tutorials on performing FEA on viscoelastic dampers.
 
Engineering news on Phys.org
Are you doing a harmonic frequency response on this damper? ANSYS standard or workbench are both capable of doing this kind of anlysis, with Workbench probably being easier to use.
 
I would be starting off with a harmonic analysis, then would do it for random frequency responses. If u know any tutorials regarding viscoelastic dampers in Ansys workbench, please let me know.
 
i am an undergraduate and am interested in using workbench for a viscoelastic model. Are there any tutorials on entering a command into workbench to activate the prony series to allow viscoelastic properties?
 
I'm just interested in FEA, so I figured I'd post here. Is it feasible to do FEA calculations by hand? For example, calculating stress and bending motion on a tool of uniform material and density, at certain nodes throughout the tool (for example, bending movement of a wrench as it tightens a nut onto a bolt).

I know there is software out there for this, but it's either expensive or difficult to use for such problems. Where could I learn about doing this kind of work by hand, or is it just a waste of time? I'd rather learn to solve such problems with pencil and calculator before using software.
 
Here's a video by “driving 4 answers” who seems to me to be well versed on the details of Internal Combustion engines. The video does cover something that's a bit shrouded in 'conspiracy theory', and he touches on that, but of course for phys.org, I'm only interested in the actual science involved. He analyzes the claim of achieving 100 mpg with a 427 cubic inch V8 1970 Ford Galaxy in 1977. Only the fuel supply system was modified. I was surprised that he feels the claim could have been...
TL;DR Summary: Heard in the news about using sonar to locate the sub Hello : After the sinking of the ship near the Greek shores , carrying of alot of people , there was another accident that include 5 tourists and a submarine visiting the titanic , which went missing Some technical notes captured my attention, that there us few sonar devices are hearing sounds repeated every 30 seconds , but they are not able to locate the source Is it possible that the sound waves are reflecting from...
Thread 'Turbocharging carbureted petrol 2 stroke engines'
Hi everyone, online I ve seen some images about 2 stroke carbureted turbo (motorcycle derivation engine). Now.. In the past in this forum some members spoke about turbocharging 2 stroke but not in sufficient detail. The intake and the exhaust are open at the same time and there are no valves like a 4 stroke. But if you search online you can find carbureted 2stroke turbo sled or the Am6 turbo. The question is: Is really possible turbocharge a 2 stroke carburated(NOT EFI)petrol engine and...
Back
Top