List questions from calculus-of-variations

Published on 28 Mar 2026 - 22:25

121

Views

Calculus of Variation

Published on 21 Oct 2012 - 19:38

758

Views

Euler-Lagrange equation problem

Published on 21 Oct 2012 - 19:54

46

Views

Differentiating the following function.

Published on 24 Oct 2012 - 20:19

1.3k

Views

Finding an extremal of $J[y]=\int_0^1e^y(y')^2 dx$

Published on 25 Oct 2012 - 15:23

191

Views

Is there an action functional whose critical points are the geodesics of a arbitrary connection on TM?

Published on 29 Mar 2026 - 18:32

519

Views

Prove that $\int_0^1[f''(x)]^2dx\ge4.$

Published on 25 Oct 2012 - 20:22

163

Views

Ritz method for the buckling of a plate using calculus of variation

Published on 01 Apr 2026 - 16:06

242

Views

Minimising an integral with unspecified endpoints

Published on 28 Oct 2012 - 18:21

295

Views

Minimization problem of a functional.

Published on 29 Oct 2012 - 9:11

410

Views

A variation of fundamental lemma of variation of calculus .

Published on 30 Oct 2012 - 22:03

32

Views

variation of a final state due to changes in period (where the period is a parameter)

Published on 31 Oct 2012 - 8:41

93

Views

Existence of minimizing function

Published on 04 Nov 2012 - 13:49

76

Views

Use variation parameters method to solve: $4x^2y'' + y = 8x^{1/2}$

Published on 06 Nov 2012 - 23:37

111

Views

Applying the Lagrange Euler Formulation

Published on 10 Nov 2012 - 5:49

List Question

Calculus of variations Euler Lagrange equation

Calculus of Variation

Euler-Lagrange equation problem

Differentiating the following function.

Finding an extremal of $J[y]=\int_0^1e^y(y')^2 dx$

Is there an action functional whose critical points are the geodesics of a arbitrary connection on TM?

Prove that $\int_0^1[f''(x)]^2dx\ge4.$

Ritz method for the buckling of a plate using calculus of variation

Minimising an integral with unspecified endpoints

Minimization problem of a functional.

A variation of fundamental lemma of variation of calculus .

variation of a final state due to changes in period (where the period is a parameter)

Existence of minimizing function

Use variation parameters method to solve: $4x^2y'' + y = 8x^{1/2}$

Applying the Lagrange Euler Formulation

Trending Questions

Popular # Hahtags

Popular Questions