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# RE: [femm]

- To: <femm@yahoogroups.com>
- Subject: RE: [femm]
- From: Néstor Martínez <nestorm@arnet.com.ar>
- Date: Thu, 28 Jun 2001 00:07:44 -0300
- References: <4.3.2.7.2.20010627134506.00b658d0@staff-mailin.lboro.ac.uk>

    I also have some duds about witch books are the "best" to star reading, thje one
    you suggest have low frecuencia aplications, like, air gap field of one
    sincronus / induction machine? Thanks (Sorry for my languaje)

    Ing. Néstor A. Martínez
    Electrical Power Systems Studies
    CAMMESA
    Argentina

    ----- Mensaje original -----
    De: Keith Gregory <k.gregory@lboro.ac.uk>
    Para: <femm@yahoogroups.com>
    Enviado: Miércoles, 27 de Junio de 2001 09:49 a.m.Nestor
    Asunto: Re: [femm]

    > Cornelius ,
    >
    > Try "Finite Element Methods in Electrical Power Engineering" by A.B.J.
    > Reece and T.W. Preston published by Oxford University Press. It's got a lot
    > of real world applications although they are all very heavy power stuff.
    > Albert Reece and Tom Preston were and are at Alstom Engineering Research
    > (which was GEC) and have many years of experience in FE modelling.
    >
    > Keith.
    >
    > At 13:37 27/06/01 +0200, you wrote:
    > >Hello everybody,
    > >
    > >in the process of gathering knowledge and a general understanding for
    > >the process of FEM based EM simulations I have now read / reviewed a lot of
    > >books. most of them quite well describe the mathematics and algorithms
    > >involved.
    > >although I certainly could not write a code like femme myself nor would I
    > >easily
    > >put up the sets of differential equations etc.. , but I think I have a good
    > >picture
    > >about how it works, what to expect etc... Which is fine for me as a
    > >beginner
    > >and somebody who wants to primarily use the software as a tool to explore
    > >new ideas.
    > >All the books I found primarily deal with the theoretical background.
    > >I did not find a book about the everyday work using FEM aided design,
    > >giving examples of actual problems solved by FEM, how they were solved,
    > >describing hints and tricks and limitations of the different ways to compute
    > >
    > >the quantities of interest, etc... Just as an example, when calculating
    > >inductance, when is it better to use the approach via the field energy
    > >1/2Li^2 = 1/2 int(B * dH)
    > >vs. when is it better to use the approach via flux linkage...
    > >
    > >Could anybody point me to such a collection of practical knowledge, be it a
    > >web site, book, newsgroup or the like? Your seggustions are very much
    > >appreciated!
    > >Thank you very much
    > >greetings,
    > >
    > >Cornelius Paul
    > >
    > >--
    > >GMX - Die Kommunikationsplattform im Internet.
    > >http://www.gmx.net
    > >
    > >--
    > >GMX Tipp:
    > >
    > >Machen Sie Ihr Hobby zu Geld bei unserem Partner 1&1!
    > >http://profiseller.de/info/index.php3?ac=OM.PS.PS003K00596T0409a
    > >
    > >
    > >
    > >
    > >
    > >Your use of Yahoo! Groups is subject to http://docs.yahoo.com/info/terms/
    >
    > Keith Gregory
    > Department of Electronic & Electrical Engineering
    > Loughborough University
    > Phone: 01509 227025 Fax: 01509 227014
    > Department web: http://www.lboro.ac.uk/departments/el/
    >
    >
    >
    >
    > Your use of Yahoo! Groups is subject to http://docs.yahoo.com/info/terms/
    >
    >

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