Skip to main content

Write a PREreview

Numerical Analysis of Prabhakar Fractional Differential Equations: Error Bounds, Stability, and Green’s Function Methods

Posted
Server
Preprints.org
DOI
10.20944/preprints202601.0782.v1

Prabhakar fractional PDEs require discretization of singular Mittag-Leffler kernels. This paper establishes three results: (1) Lemma proving singularity extraction preserves O(∆x 4 ) convergence via analytical log-integral and Simpson quadrature. (2) Theorem with composite error bound O(∆t 2 + ∆x 4 + exp(−ρnmax)). (3) Stability validation across 125 parameter combinations (α × β × γ grid). Tests include grid refinement (Zeng comparison < 0.1%), discontinuous data (2nd-order), and 20 manufactured solutions across parameter space. Independent verification of Karimov et al. (2025) Green’s function via classical heat equation limit (agreement 4.0 × 10−10) confirms construction.

You can write a PREreview of Numerical Analysis of Prabhakar Fractional Differential Equations: Error Bounds, Stability, and Green’s Function Methods. A PREreview is a review of a preprint and can vary from a few sentences to a lengthy report, similar to a journal-organized peer-review report.

Before you start

We will ask you to log in with your ORCID iD. If you don’t have an iD, you can create one.

What is an ORCID iD?

An ORCID iD is a unique identifier that distinguishes you from everyone with the same or similar name.

Start now