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Ansys maxwell 3d material library

  1. Oct 21, 2013 #1
    hi everybody. i just wonder. can we add new material library in ansys maxwell 3d(v.16) manually. especially magnets?
     
  2. jcsd
  3. Oct 29, 2013 #2
    Yes, of course, go to Tools -> Edit Configured Libraries -> Materials -> Add Material and then from the dropdown menu (Calculate Properties) choose Permanent Magnet.
     
  4. Oct 30, 2013 #3
    but i dont know properties of N50 magnet. İ just found Br value. i need Mu and Hc values too. where can i find ?
     
  5. Oct 30, 2013 #4
    http://www.rare-earth-magnets.com/Permanent-Magnet-Selection-and-Design-Handbook.pdf [Broken]

    http://cqxingying.en.alibaba.com/product/1289035910-218166817/Permanent_magnet_N35_N38_N40_N42_N45_N48_N50_N52_all_grades_of_monopole_strong_magnet.html [Broken]
     
    Last edited by a moderator: May 6, 2017
  6. Oct 30, 2013 #5
    thank you for your help
     
  7. Oct 30, 2013 #6
    i just tried to add material N50 but i cant. could you tell me what i must do step by step if you know?
     
  8. Oct 30, 2013 #7
    http://www.arnoldmagnetics.com/WorkArea/linkit.aspx?LinkIdentifier=id&ItemID=5053 [Broken]
     
    Last edited by a moderator: May 6, 2017
  9. Oct 30, 2013 #8
    OK

    Mu is relative permeability. Mo*Mu is Slope of BH curve. If you guessed the curve of PM in the second quadrant linear, equation is

    Mu*Mo=Br/Hc
    Mo=4*pi*10^(-7)

    For N50 is
    Br=1.425
    Hc=971 000

    And Mu is: 1.167846519

    If you want to enter the non-linear characteristic, then you must enter the point by point. In Maxwell Help, you have instructions for how to do it.
     
  10. Oct 30, 2013 #9
    thank you so much :)
     
  11. Oct 30, 2013 #10
    i just tried. add new material -> calculate for permanent magnet

    new windows comes up and i entered Mu and Hc values in their spaces and Br values calculated automaticly 1,425 .
    i click ok button. so new material is added. but i got a warning message. the message is:

    " Material 'n50_deneme': The magnitude of Magnetic Coercivity is expected to be <= 0. If you use a positive value the direction used will be the opposite of the unit vector specified. (12:54:09 Eki 30, 2013) "

    still i do my analysis. and the force i calculated is bigger than NdFe35. it seems it work :)

    but i wonder about the warning. is it important ?
     
  12. Oct 30, 2013 #11
    For Magnetic Coercivity you must put negative value: Hc=-971 000 A/m
     
  13. Oct 30, 2013 #12
    ok. i will try negative value. thank you for your help
     
  14. Oct 30, 2013 #13
    i change Hc value to negative and now it seems ok. thank you so much. may i ask what are you doing with maxwell?
     
  15. Oct 30, 2013 #14
    Of course
     
  16. Oct 30, 2013 #15
    I am doing design of electric machines
     
  17. Oct 30, 2013 #16
    i am so new at maxwell . only two moths. so my question is really simple :) i wanna do a linear motor simulation. and i am studying on

    SEW-EURODRİVE

    typ: SL2-P050S-010

    motor. but my desing is not even close with it :S
    do you have some advice for me?
     
  18. Oct 30, 2013 #17
    Advice? :-) If you have any problems, you can ask me. If I knew, I'll help you
     
  19. Oct 31, 2013 #18
    ok than if i send you my project, design could you take a look? and have some problems too. so i can ask them.
     
  20. Oct 31, 2013 #19
    of course
     
  21. Oct 31, 2013 #20
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