PDE Lecture 4

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00:00:00 Finding eigenfunctions and eigenvalues of y'' + lambda y=0 with y'(0)=0, y'(L)=0
00:21:07 Deriving the heat equation PDE (intuitively... )
00:47:30 Deriving the wave equation PDE (intuitively...)
01:00:45 Solving the heat equation by Separation of Variables method (Neumann boundary condition)
01:38:40 Steady state solution as t goes to infinity
01:41:40 Separation of Variables example (Dirichlet boundary condition)

Daniel An

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Thank you so much for always explaining so very clearly! Also thank you so much for your Power series solutions of D.E s, they're beyond helpful!

jososa

Thank you for the lecture. You mentioned several times about the text book. Is book Evans?

nurdaulettobakhanov

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