Assessment of methods for the numerical solution of the fredholm integral eigenvalue problem

Keyphrases

• Finite Element Method 100%
• Numerical Solution 100%
• Nystrm Method 100%
• Fredholm Integral Eigenvalue Problem 100%
• Covariance Function 66%
• Eigenvalue Problem 66%
• Finite Cell Method 66%
• Integral Eigenvalues 66%
• Computational Efficiency 33%
• Two Dimensional 33%
• Finite Element Mesh 33%
• Field Representation 33%
• Geometric Shape 33%
• Linear Interpolation 33%
• Random Field 33%
• L2-projection 33%
• Linear Estimation Methods 33%
• Elliptic Boundary Value Problems 33%
• Mesh Generation 33%
• Linear Basis Function 33%
• Optimal Linear Estimator 33%
• KarhunenLove Expansion 33%
• Matrix Eigenvalue Problems 33%
• Plate with Hole 33%
• Numerical Integration Rule 33%

Mathematics

• Eigenvalue Problem 100%
• Finite Element Method 100%
• Fredholm 100%
• Numerical Solution 100%
• Covariance Function 50%
• Mesh Generation 25%
• Elliptic Boundary Value Problem 25%
• Matrix Eigenvalue Problem 25%
• Numerical Integration 25%
• Estimation Method 25%
• Basis Function 25%
• Random Field 25%
• Linear Interpolation 25%

Engineering

• Numerical Solution 100%
• Eigenvalue 100%
• Finite Element Analysis 75%
• Covariance Function 50%
• Random Field 25%
• Two Dimensional 25%
• Boundary Value 25%
• Finite Element Mesh 25%
• Nodes 25%
• Computational Efficiency 25%
• Basis Function 25%
• Linear Interpolation 25%
• Geometric Shape 25%
• Matrix Eigenvalue 25%
• Karhunen-Love Expansion 25%
• Numerical Integration 25%