ME3514-Patial_Fraction_Expansion_Using_MATLAB_vF

# ME3514-Patial_Fraction_Expansion_Using_MATLAB_vF - ME3514...

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ME3514 Partial Fraction Expansion Using MATLAB IMPORTANT NOTE: MATLAB and book use different notation! OGATA MATLAB 12 () ) n r rr Bs s ) n r s Expansion Form ... n Xs A ss p s p s p   ... n A p s p s p  Poles , ,..., n pp p , n p When using numerical values you get the same result M. Remillieux

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ME3514 Partial Fraction Expansion Using MATLAB MATLAB Function: residue M. Remillieux
ME3514 Partial Fraction Expansion Using MATLAB Distinct Poles n r p Again Watch out: We wrote our expansion as, n sp we define our poles as: n p Repeated Poles M. Remillieux

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ME3514 Partial Fraction Expansion Using MATLAB Example 3 s     13 Bs n>m; distinct roots; real roots   2 32 X s ss     2 As        12 2 1 Xs s s   21 s s  M. Remillieux
ME3514 Partial Fraction Expansion Using MATLAB Example 21 2 s     2 Bs n>m; distinct roots; complex roots   2 25 X s ss     125 As    55 11 22 12 ii Xs si s i    

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## This note was uploaded on 10/05/2011 for the course ME 3514 at Virginia Tech.

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ME3514-Patial_Fraction_Expansion_Using_MATLAB_vF - ME3514...

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