Numerical Treatment of Eigenvalue Problems Vol. 5 / Numerische Behandlung von Eigenwertaufgaben Band 5

Chapter 1 Eigenwertaufgaben Mit Funktional-Differentialgleichungen

Chapter 2 An Enclosure Method with Higher Order of Convergence-Applications to the Algebraic Eigenvalue Problem

Chapter 3 Some Remarks Concerning Closure Rates for Aronszajn’s Method

Chapter 4 An Eigenvalue Problem of the theory of Arma Models and Multistep Iteration Procedures

Chapter 5 Oscillations and Stability of a Wheel Rolling on a Flexible Rail

Chapter 6 Rational Approximation for Calculation of Eigenvalues

Chapter 7 Some Questions in Eigenvalue Problems in Engineering

Chapter 8 Computing the Minimum Eigenvalue of a Symmetric Positive Definite Toeplitz Matrix with Spectral Transformation Lanczos Methods

Chapter 9 Numerical Treatment of Nonselfadjoint Plate Vibration Problems

Chapter 10 Minimization of the Variance. A Method for Two-Sided Bounds for Eigenvalues of Selfadjoint Operators

Chapter 11 A Preconditioned Conjugate Gradient Method for Eigenvalue Problems and its Implementation in a Subspace

Chapter 12 Aggregation Methods of Computing Stationary Distributions of Markov Processes

Chapter 13 Stability of a Vibrating and Rotating Beam

Chapter 14 QR; Its Forward Instability and Failure to Converge

Chapter 15 Eigenvalue Problems and Preconditioning

Chapter 16 A Numerical Comparison of two Approaches to Compute Membrane Eigenvalues by Defect Minimization

Chapter 17 Convergence and Error Estimates for a Finite Element Method with Numerical Quadrature for a Second Order Elliptic Eigenvalue Problem

Chapter 18 Calculation of the Forms of Singularities in Elliptic Boundary Value Problems