Reputation: 3388
Assume I have the model of a complex continuous system which consists of several differential equations as follows:
f = 1/(ura235 + 2.43*plu239 + 2.679*plu241)
d/dt ura236 = (.016*ura235 - 0.0012*uran236)*f
d/dt uran235 = -0.106*f*ura235
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.
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How do I determine the eigenvalues of such series of equations in Matlab without having to manually form the Jacobian matrix?
Any help would be greatly appreciated...
Upvotes: 1
Views: 594
Reputation: 43
I think you can do this without forming the Jacobian. If this is a nonlinear set of equations, then simply plug in at a given value of the solution and extract eigenvalues. I believe eig(A) will do this for you.
Upvotes: 2