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Is there any easier way of making tire blow out simulation?

Hi,
I am trying to run a tire blow out simulation. I made some research and it seems the easiest way to use Ftire with inflation pressure around 0 bars.
I got an ftire data with pressures with the tire tests were performed at 8.5 and 10 bars.
I would like to get your opinions about making the analyses with the extrapolation form 8.5 to 10 bars to 0 bars inflation pressures would be realistic or not.
During my research I couldn't find any study with Adams in tire blow out analyses, have you seen any study on tire blow out analyses in Adams? Is there any easier way?
Regards,
Yahya,​
Parents
  • Hi Yahya,
     
    yes, FTire can be used for tire blow-out. There are different ways to prescribe the respective inflation pressure time history; please have a look at FTire's docu.
     
    Unfortunately, up to now we do not have respective measurements that can serve as an accuracy indicator. However, from the *physics* point of view, FTire's approach is definitely realistic.
     
    FTire comes with some hardcoded residual internal structural stiffnesses at p=0 (see docu). To start with, I propose to use only *one* of your stiffness values and rely on the interpolation method between this respective stiffness and the residual stiffness.
     
    Michael
Reply
  • Hi Yahya,
     
    yes, FTire can be used for tire blow-out. There are different ways to prescribe the respective inflation pressure time history; please have a look at FTire's docu.
     
    Unfortunately, up to now we do not have respective measurements that can serve as an accuracy indicator. However, from the *physics* point of view, FTire's approach is definitely realistic.
     
    FTire comes with some hardcoded residual internal structural stiffnesses at p=0 (see docu). To start with, I propose to use only *one* of your stiffness values and rely on the interpolation method between this respective stiffness and the residual stiffness.
     
    Michael
Children
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