blem 2.2: For the following differential equation formilate a Galerkin's finite element formulation: dop D + Go + Q = 0 dx Using Re = -[N]T (D+Go+Q) dx Xi Xj L x = x₁ +s, Find the form [KG] + [Kp]{p} = [f]* ? əx=əs, N₁ (s) = 1 – †‚Nj(s) = TLS

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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Problem 2.2: For the following differential equation formilate a Galerkin's finite element
formulation:
dep
D + Go + Q = 0
dx
Using Re = -[N]T (Dd+Go+Q) dx
XI
dx
Xj
L
x = x₁ +s, ax = as, N, (s) = 1, N₁ (s) =
Find the form [KG] + [Kole{p} = [f]e ?
TLS
Transcribed Image Text:Problem 2.2: For the following differential equation formilate a Galerkin's finite element formulation: dep D + Go + Q = 0 dx Using Re = -[N]T (Dd+Go+Q) dx XI dx Xj L x = x₁ +s, ax = as, N, (s) = 1, N₁ (s) = Find the form [KG] + [Kole{p} = [f]e ? TLS
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