Magnetic Circuit Matlab Script: Difference between revisions

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<font face="Courier New">
<font face="Courier New">

% _-_,, ,, _-_- ,,

% ( // || /, _ ; || '

% _|| /'\\ ||/\\ \\/\\ || __ < \, \\/\/\ ||/\ \\ \\/\\ _-_,

% _|| || || || || || || ~||- - /-|| || | | ||_< || || || ||_.

% || || || || || || || ||===|| (( || || | | || | || || || ~ ||

% -__-, \\,/ \\ |/ \\ \\ ( \_, | \/\\ \\/\\/ \\,\ \\ \\ \\ ,-_-

% _/ `

%

% John Hawkins
% John Hawkins


Line 26: Line 9:


% January 10, 2009
% January 10, 2009
<br /> <br />

% Problem Statement Constraints
% Problem Statement Constraints


Line 33: Line 16:
Bfg=.1;
Bfg=.1;


% Assumed relative permeability
<br />% Assumed relative permeability


mu0=4e-7*pi;
mu0=4e-7*pi;
Line 41: Line 24:
mu=mur*mu0
mu=mur*mu0


% Geometry
<br />% Geometry


lfg=1e-2
lfg=1e-2
Line 51: Line 34:
ldc=48e-2
ldc=48e-2


ldabc=46e-2+48e-2+46e-2
ldabc=45e-2+48e-2+45e-2


Afg=4e-2*8e-2
Afg=4e-2*8e-2
Line 63: Line 46:
Adabc=2e-2*4e-2
Adabc=2e-2*4e-2


% Air gap
<br />% Air gap


Rfg=lfg/(mu*Afg)
Rfg=lfg/(mu*Afg)
Line 71: Line 54:
Ffg=Rfg*Ifg
Ffg=Rfg*Ifg


% Right arms
<br />% Right arms


Idef=Ifg
Idef=Ifg
Line 85: Line 68:
Fghc=Fdef;
Fghc=Fdef;


% Center Column
<br />% Center Column


Fdc=Fdef+Ffg+Fghc
Fdc=Fdef+Ffg+Fghc
Line 93: Line 76:
Idc=Fdc/Rdc
Idc=Fdc/Rdc


% Left arm
<br />% Left arm


Idabc=Idc-Idef
Idabc=Idc-Idef
Line 101: Line 84:
Fdabc=Rdabc*Idabc
Fdabc=Rdabc*Idabc


% Results
<br />% Results


Ftotal = Fdabc+Fdc+Fdef+Ffg+Fghc
Ftotal = Fdabc+Fdc+Fdef+Ffg+Fghc

Latest revision as of 11:48, 18 January 2010

% John Hawkins

% EMEC

% Magnetic Circuit Calculations

% Professor Rob Frohne

% January 10, 2009

% Problem Statement Constraints

N=1600;

Bfg=.1;


% Assumed relative permeability

mu0=4e-7*pi;

mur=500;

mu=mur*mu0


% Geometry

lfg=1e-2

ldef=31e-2+24.5e-2

lghc=ldef

ldc=48e-2

ldabc=45e-2+48e-2+45e-2

Afg=4e-2*8e-2

Adef=Afg

Aghc=Afg

Adc=8e-2*12e-2

Adabc=2e-2*4e-2


% Air gap

Rfg=lfg/(mu*Afg)

Ifg=Bfg*Afg

Ffg=Rfg*Ifg


% Right arms

Idef=Ifg

Rdef=ldef/(mu*Adef)

Fdef=Rdef*Idef

Ighc=Idef;

Rghc=Rdef;

Fghc=Fdef;


% Center Column

Fdc=Fdef+Ffg+Fghc

Rdc=ldc/(mu*Adc)

Idc=Fdc/Rdc


% Left arm

Idabc=Idc-Idef

Rdabc=ldabc/(mu*Adabc)

Fdabc=Rdabc*Idabc


% Results

Ftotal = Fdabc+Fdc+Fdef+Ffg+Fghc

i=Ftotal/N