Edgun Leshiy 2 design safety concerns part 4 Material and simulation

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  • čas přidán 7. 05. 2023
  • Analyzed the Leahiy 2 tube material with Hitachi Vulcan material analyzer.
    Material is what manufacturer says it is, russian D16T Duralumin or by other name 2024
    Simulated the tube with correct material specs and came to the conclusion that material should hold but design is not as good as should be.
  • Věda a technologie

Komentáře • 12

  • @scott-cy5xd
    @scott-cy5xd Před rokem

    Thanks so much for all your effort, a big bummer for those invested in that gun, people sure do love them…

    • @dangerous8333
      @dangerous8333 Před rokem +1

      Nothing is settled yet, so not a bummer yet.
      Not a bummer anyway, because it can be fixed.

  • @louigi6001
    @louigi6001 Před 6 měsíci

    Very interesting, and people pay a lot of money for something that may explode between your shoulder and cheek ?
    I think I'm not going to buy one any time soon.

  • @craigburton-vh2gd
    @craigburton-vh2gd Před 10 měsíci

    26- 08 - 23 Hello I have a leshiy 2 which is slowly leaking air from the air tube and plenum seal and have tried resealing it with new orings but it will not seal and loses the air pressure over a number of hours could the metal have stretched at the seal point.

    • @MJPilote
      @MJPilote  Před 9 měsíci +1

      More likely is a scratch at the seal point on one of the parts. Even a hair between the seal can cause a leak.

  • @Gippetos
    @Gippetos Před rokem

    Nice work Marko. If it's not much trouble, would you mind doing one more simulation with the threads pressurized?

    • @MJPilote
      @MJPilote  Před rokem

      Did that pretty early on, thread is the first point of failure if it gets pressurized. But it's very unlikely that could happen.

    • @Gippetos
      @Gippetos Před rokem

      @@MJPilote Under normal circumstances, I would agree, but I don't believe we have the whole story. JMO...if the square corner was the origin of the failure, the failure would have been limited to a radial separation of the end. It's the origin of the failure that interests me. If the failure originated at the threads, I would expect to see a lengthwise split. With less ductile material, I can envision the radial separation of the end as a byproduct of the initial failure. Doesn't really matter at this point I suppose. :)

    • @MJPilote
      @MJPilote  Před rokem +1

      @@Gippetos Have seen couple of pressure failures and they always split along the thread not lengthwise. It usually makes a helicoil of the thread for couple of turns and thats it. Corner looks like its been split and bent after, like it cracked lengthwise and then split around the bottom like it was hit
      But you are right it really doesn't matter. The main thing is it should not rupture unless the user did something really stupid.

    • @Gippetos
      @Gippetos Před rokem

      @@MJPilote Good point on it following the thread...an oversight on my part. Think I'll continue using CrMo tubing just the same. :)

  • @MasonStormSunny
    @MasonStormSunny Před rokem

    What if the bottom is conical, not flat?

    • @MJPilote
      @MJPilote  Před rokem

      I see no problem in that, the conical bottom relief the stress from the corner.