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# Re: Inductance

- To: femm@yahoogroups.com
- Subject: Re: Inductance
- From: "mvalca <mvalca@yahoo.com>" <mvalca@yahoo.com>
- Date: Fri, 14 Feb 2003 07:43:34 -0000
- In-reply-to: <b2hhr9+jve6@eGroups.com>
- User-agent: eGroups-EW/0.82

    Hello Dennys,
    to obtain the A.J integral you must solve the problem, and in the
    post-processor (femmview) select first the green key (areas) and then
    select an area.
    Then if you click on Integrate, there are many area integrals for the
    selected area (even A.J)

    Ciao
    Marco

    --- In femm@yahoogroups.com, "l_dennys2000 <l_dennys2000@y...>"
    <l_dennys2000@y...> wrote:
    >
    > Hi:
    >
    > Can anyone explain to me how I can obtain the Inductance in the
    > Example "Inductance Calculation Example: induct1.fem" from the
    > examples block of the FEMM webside.
    >
    > From the example statement:
    > "For the example problem, the result of performing the A.J integral
    > in femm is ..."
    >
    > Question:
    > How I can obtain this integral (A.J) using femm?
    >
    > Any input would be greatly appreciate.
    >
    > Dennys

- References:
  - Inductance
    - From: "l_dennys2000 <l_dennys2000@yahoo.com>" <l_dennys2000@yahoo.com>

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