Mechanics of Composite Materials: Lecture 3A -Effective Material Properties for a 3D Laminate Stack

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  • Опубликовано: 8 сен 2024

Комментарии • 14

  • @khashayarmansourizadeh2647
    @khashayarmansourizadeh2647 3 года назад +1

    Wonderful Lecture!

  • @user-ov2tf5xd9c
    @user-ov2tf5xd9c 2 года назад

    fantastic lecture!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! thank you

  • @seanwon320
    @seanwon320 4 года назад +2

    Nice video professor haha

  • @demonmelon8257
    @demonmelon8257 Год назад +1

    Thank you!!! This is really a Fantanstic Lecture. But How can I get the code?

  • @ChrisRosser
    @ChrisRosser 3 года назад

    Hi, would you be able to post the examples you mention at the end? I have written a program to calculate properties and would like to test it.

    • @vallurusailakshminrusimhap2873
      @vallurusailakshminrusimhap2873 3 года назад +1

      Hi chris, Did you test your code?

    • @ChrisRosser
      @ChrisRosser 3 года назад

      @@vallurusailakshminrusimhap2873 I did and it works beautifully. Thank you for all your help!

  • @raviphanindra9454
    @raviphanindra9454 3 года назад

    Thank you for the video. Is this theory applicable for laminate subjected to bending loads or Inplane loads .
    Like irrespective of loading can I use these laminate stack property without giving individual layer properties?

    • @VinayGoyal
      @VinayGoyal  3 года назад

      it should work for bending but you should check it

  • @lilyliu3051
    @lilyliu3051 3 года назад

    great explanations! could you please also add some books to refer to? thank you very much.

    • @VinayGoyal
      @VinayGoyal  3 года назад

      its based on thesis discussed above

  • @vallurusailakshminrusimhap2873
    @vallurusailakshminrusimhap2873 3 года назад

    I tried calculating the effective stiffness matrix using the same procedure I developed a code, can you please give some examples so that I can validate