AI & ML
Neumann Series of Bessel Functions for a Quadratic Sturm--Liouville Pencil
arXiv cs.NA0 views
arXiv:2611.13419v1 Announce Type: new Abstract: We construct Neumann series of Bessel functions representations for solutions and their first derivatives of the equation $-y^{\prime\prime}(x)+(q(x)+2\rho p(x))y(x)=\rho^2y(x)$. The series arise from Legendre expansions of two transmutation operator kernels. The obtained series converge uniformly on horizontal strips in the complex plane of the parameter $\rho$. We develop a recursive integration procedure for computing the coefficients of these representations. The knowledge of the first coefficients allows one to recover the potentials $p$ and $q$ which is useful for solving inverse problems. For separated boundary conditions, we estimate the characteristic functions whose zeros determine the eigenvalues. Two numerical examples illustrate the practical applicability of the obtained series representations to the solution of spectral problems.
Source：https://arxiv.org/abs/2611.13419PreviousA Second-Order Parallel Neumann-Robin Splitting for the Stokes-Biot System with a Linear Time-Step RestrictionNextWeak convergence orders for a fully discrete approximation of semilinear stochastic PDEs driven by multiplicative Gaussian and Poisson noise
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