List questions from calculus-of-variations

Published on 26 Mar 2026 - 10:39

130

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How to compute some variations? From $\dot{f_\epsilon}=\dot{f}+\epsilon\dot{h}n+\epsilon h\dot{n}$ to $\delta\dot{f}=\dot{h}n+h\dot{n}$

Published on 23 Feb 2026 - 8:34

83

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Reading Speed for Constant Time to Finish

Published on 25 Mar 2026 - 21:46

148

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Stationary action functional

Published on 13 Mar 2014 - 11:18

86

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What methods are available for this optimization problem?

Published on 15 Mar 2014 - 5:53

348

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Calculus of Variations

Published on 16 Mar 2014 - 2:34

95

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Calculating the maximum of a function

Published on 19 Mar 2014 - 21:47

453

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Sufficient conditions for the use of the Beltrami identity

Published on 22 Mar 2014 - 3:06

147

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how to introduce time into calculus of variations for image processing?

Published on 25 Mar 2026 - 16:00

508

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Euler–Lagrange equation

Published on 22 Mar 2014 - 21:37

1.6k

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Function extremal - calculus of variations

Published on 23 Mar 2014 - 1:02

133

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How to take derivative?

Published on 23 Mar 2014 - 1:42

191

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Elliptic partial differential equations

Published on 23 Mar 2014 - 22:05

38

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Is this differentiation correct?

Published on 25 Mar 2014 - 1:47

470

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Question about variational principles involving light rays.

Published on 29 Mar 2014 - 18:43

List Question

Is every optimization problem defined on function space referred to as "calculus of variation"?

How to compute some variations? From $\dot{f_\epsilon}=\dot{f}+\epsilon\dot{h}n+\epsilon h\dot{n}$ to $\delta\dot{f}=\dot{h}n+h\dot{n}$

Reading Speed for Constant Time to Finish

Stationary action functional

What methods are available for this optimization problem?

Calculus of Variations

Calculating the maximum of a function

Sufficient conditions for the use of the Beltrami identity

how to introduce time into calculus of variations for image processing?

Euler–Lagrange equation

Function extremal - calculus of variations

How to take derivative?

Elliptic partial differential equations

Is this differentiation correct?

Question about variational principles involving light rays.

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