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# comparison of ANSYS solenoid actuator with FEMM

- To: <femm@yahoogroups.com>
- Subject: comparison of ANSYS solenoid actuator with FEMM
- From: "bhatti" <bhatti@enveng.titech.ac.jp>
- Date: Sat, 20 Sep 2003 19:28:55 +0900
- Cc: <machmad@hotmail.com>, <dcm3c@mail.berlios.de>
- Disposition-notification-to: "bhatti" <bhatti@enveng.titech.ac.jp>

     Dear Dave and Ralph
    Thanks for providing valuable information. Moreover i want to analyse
    the solenoid actuator example given in ANSYS and compare with FEMM and
    Quickfield 3.4a software. I will be highly grateful if any member provide me
    the Solenoid.femm and Quickfield model. Being a fresh member I just saw the
    prvious messages related to ANSYS. I think Mr Si hang, Mike and Mr. Dave
    also contributed some information in this regard. I am
    anxiously waiting for your kind guidance and help. Thanks

    Best regards
    Bhatti
    Master student
    Tokyo Institute of Technology

    From: "David Meeker" <dmeeker@i...>
    Date: Fri Sep 19, 2003 9:19 am
    Subject: Re: Analysis and design of electromagnetic actuator

    Depending upon what type of actuator you are interested in, you might
    also check out:
    http://www.people.virginia.edu/~ehm7s/MagneticBearings/slides.PDF
    http://www.people.virginia.edu/~ehm7s/MagneticBearings/mag_brgs.pdf

    These are some practical notes and design guidelines for various sorts
    of magnetic bearings.

    Dave.

    --- In femm@yahoogroups.com, "Ralph Lortie" <rlortie@u...> wrote:
    > Bhitti,
    > try going to http://www.consult-g2.com click on course and then try
    > chapter on actuators. Hope this is of some help.
    >
    > Ralph LOrtie
    >
    >
    > --- In femm@yahoogroups.com, abdul qadir <aqbhatti_2000@y...> wrote:
    > > Respected members
    > > i am new to the group. I need information about design
    > > of electromagnetic actuator. how can i design small
    > > electromagnetic actuator by my self. Thanks
    > >
    > > Best regards
    > > Bhatti
    > > Master Student
    > > Tokyo Institute of Technology Japan
    > >
    > >
    > >

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    <DIV><STRONG>Dear Dave and Ralph</STRONG></DIV>
    <DIV><STRONG>Thanks for providing valuable information. Moreover i wa=
    nt to=20
    analyse the solenoid actuator example given in ANSYS and compare with=
    FEMM=20
    and Quickfield 3.4a</STRONG><SPAN lang=3DEN-US=20
    style=3D"FONT-SIZE: 10pt; FONT-FAMILY: '=1B$B#M#S=1B(B =1B$B%4%7%C%/=
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    uage: JA; mso-bidi-language: AR-SA">=20
    </SPAN><STRONG>software. I will be highly grateful if any member prov=
    ide=20
    me the Solenoid.femm and Quickfield model. Being a&nbsp;fresh member =
    I=20
    just saw the prvious messages related to ANSYS. I think Mr Si hang, M=
    ike=20
    and Mr. Dave also contributed some information in this regard. I am=20
    </STRONG></DIV>
    <DIV><STRONG>anxiously waiting for your kind guidance and help. Thank=
    s=20
    </STRONG></DIV>
    <DIV><STRONG></STRONG>&nbsp;</DIV>
    <DIV><STRONG>Best regards</STRONG></DIV>
    <DIV><STRONG>Bhatti</STRONG></DIV>
    <DIV><STRONG>Master student</STRONG></DIV>
    <DIV><STRONG>Tokyo Institute of Technology</STRONG></DIV>
    <DIV><STRONG></STRONG>&nbsp;</DIV>
    <DIV><STRONG></STRONG>&nbsp;</DIV>
    <DIV><STRONG></STRONG>&nbsp;</DIV>
    <DIV><STRONG>From:</STRONG>&nbsp; <IMG height=3D12 alt=3D""=20
    src=3D"http://opi.yahoo.com/online?u=3Ddcm3c&amp;m=3Dg&amp;t=3D0"; wid=
    th=3D12=20
    border=3D0> "David Meeker" &lt;<A=20
    href=3D"
    056221198218218186077130239071145042102">dmeeker@i...</A>&gt;=20
    <BR><FONT size=3D+0><B>Date:</B>&nbsp; Fri&nbsp;Sep&nbsp;19,&nbsp;200=
    3&nbsp;=20
    9:19 am</FONT><BR><FONT size=3D+0><B>Subject:</B>&nbsp; Re: Analysis =
    and=20
    design of electromagnetic actuator</FONT><BR><BR></DIV></TD></TR>
    <TR vAlign=3Dtop align=3Dleft>
    <TD vAlign=3Dtop align=3Dleft width=3D"100%">
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    <TD>
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    <TBODY>
    <TR>
    <TD align=3Dmiddle><FONT size=3D2></FONT><A=20
    href=3D"http://rd.yahoo.com/M=3D262308.3789963.5136876.16=
    47411/D=3Degroupweb/S=3D1705083663:LREC/A=3D1763556/R=3D0/SIG=3D12sbu1u3l/*=
    http://ad.doubleclick.net/jump/N3339.yahooinc/B1179084.15;sz=3D300x250;ord=
    =3D1064050696717015?"=20
    alt=3D""></A></TD></TR></TBODY></TABLE></TD></TR></TBODY>=
    </TABLE><TT>Depending=20
    upon what type of actuator you are interested in, you might<BR>also c=
    heck=20
    out:<BR><A=20
    href=3D"http://www.people.virginia.edu/~ehm7s/MagneticBearings/slides=
    .PDF">http://www.people.virginia.edu/~ehm7s/MagneticBearings/slides.PDF</A>=
    <BR><A=20
    href=3D"http://www.people.virginia.edu/~ehm7s/MagneticBearings/mag_br=
    gs.pdf">http://www.people.virginia.edu/~ehm7s/MagneticBearings/mag_brgs.pdf=
    </A><BR><BR>These=20
    are some practical notes and design guidelines for various sorts<BR>o=
    f=20
    magnetic bearings.<BR><BR>Dave.<BR><BR>--- In <A=20
    href=3D"
    213146028169199065024192012078146131214209171188199">femm@yahoogroups.com</=
    A>,=20
    "Ralph Lortie" &lt;<A=20
    href=3D"
    180175132184218228036129208">rlortie@u...</A>&gt;=20
    wrote:<BR>&gt; Bhitti, <BR>&gt; try going to <A=20
    href=3D"http://www.consult-g2.com/";>http://www.consult-g2.com</A> cli=
    ck on=20
    course and then try <BR>&gt; chapter on actuators. Hope this is of so=
    me=20
    help.<BR>&gt; <BR>&gt; Ralph LOrtie<BR>&gt; <BR>&gt; <BR>&gt; --- In =
    <A=20
    href=3D"
    213146028169199065024192012078146131214209171188199">femm@yahoogroups.com</=
    A>,=20
    abdul qadir &lt;<A=20
    href=3D"
    122158134050056085165250248102098100046209130">aqbhatti_2000@y...</A>&gt;=20
    wrote:<BR>&gt; &gt; Respected members<BR>&gt; &gt; i am new to the gr=
    oup.=20
    I need information about design<BR>&gt; &gt; of electromagnetic actua=
    tor.=20
    how can i design small<BR>&gt; &gt; electromagnetic actuator by my se=
    lf.=20
    Thanks<BR>&gt; &gt; <BR>&gt; &gt; Best regards<BR>&gt; &gt; Bhatti=20
    <BR>&gt; &gt; Master Student<BR>&gt; &gt; Tokyo Institute of Technolo=
    gy=20
    Japan<BR>&gt; &gt; <BR>&gt; &gt; <BR>&gt; &gt;=20
    <BR></TT></TD></TR></TBODY></TABLE></FONT></DIV>
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