Steklov eigenvalue problem

E910281

The Steklov eigenvalue problem is a type of spectral boundary value problem in which eigenvalues appear in the boundary conditions of a partial differential equation, playing a key role in mathematical physics and geometric analysis.

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Observed surface forms (2)

Surface form Occurrences
Steklov eigenvalues 1
Steklov problem 1

Statements (47)

Predicate Object
instanceOf eigenvalue problem
spectral boundary value problem
definedOn Riemannian manifold with boundary
bounded domain
eigenvaluesOf Dirichlet-to-Neumann operator NERFINISHED
hasApplication determining boundary behavior of harmonic functions
spectral characterization of domain geometry
hasBoundaryCondition ∂u/∂n = σ u on ∂Ω
hasEquation Δu = 0 in Ω
hasFeature discrete spectrum under suitable conditions
eigenvalues appear in boundary conditions
orthogonal eigenfunctions with respect to suitable inner product
real eigenvalues for self-adjoint realizations
self-adjoint operator
spectral parameter in boundary condition
hasGeneralization biharmonic Steklov problem NERFINISHED
nonlinear Steklov problem NERFINISHED
weighted Steklov problem
hasHistoricalPeriod early 20th century
hasKeyConcept boundary spectral data
normal derivative on boundary
trace of harmonic functions
hasOperator Dirichlet-to-Neumann operator NERFINISHED
hasProperty eigenfunctions form a basis under suitable conditions
eigenvalues depend on domain geometry
eigenvalues scale with boundary measure under rescaling
invariant under isometries of the domain
hasSpectrum 0 = σ₀ ≤ σ₁ ≤ σ₂ ≤ …
sequence of Steklov eigenvalues
hasUnknown eigenfunction u
eigenvalue σ
involves boundary conditions
partial differential equations
namedAfter Vladimir Andreevich Steklov NERFINISHED
relatedTo Dirichlet boundary value problem NERFINISHED
Laplace eigenvalue problem NERFINISHED
Neumann boundary value problem NERFINISHED
Robin boundary value problem
studiedIn PDE theory
spectral theory of elliptic operators
usedIn fluid–structure interaction models
geometric analysis
inverse problems
mathematical physics
shape optimization
spectral geometry
vibration analysis with boundary mass or impedance

Referenced by (3)

Full triples — surface form annotated when it differs from this entity's canonical label.

Vladimir Steklov notableFor Steklov eigenvalue problem
Vladimir Steklov hasEponym Steklov eigenvalue problem
this entity surface form: Steklov problem
Vladimir Steklov hasEponym Steklov eigenvalue problem
this entity surface form: Steklov eigenvalues