activity
20212025
collaborators

7 papers

math.AP2025

Multiplicity Results for Mixed Local Nonlocal Equations With Indefinite Concave-Convex Type Nonlinearity

R. Dhanya, Jacques Giacomoni, Ritabrata Jana

In this article we examine the multiplicity of non-negative solutions to mixed local-nonlocal equations involving \((-Δ_p) + (-Δ^{s}_{q})\) in a bounded smooth domain. The nonlinea…

math.AP2024

Interior and Boundary Regularity of Mixed Local Nonlocal Problem with Singular Data and Its Applications

R. Dhanya, Jacques Giacomoni, Ritabrata Jana

In this article, we examine the Hölder regularity of solutions to equations involving a mixed local-nonlocal nonlinear nonhomogeneous operator $\fp + \fqs$ with singular data, unde…

math.AP2024

Fine Boundary Regularity For The Fractional (p,q)-Laplacian

R. Dhanya, Ritabrata Jana, Uttam Kumar +1

In this article, we deal with the fine boundary regularity, a weighted Hölder regularity of weak solutions to the problem involving the fractional Laplacian denoted by $(-Δ…

math.AP2023

Positive Solutions for Fractional p- Laplace Semipositone Problem with Superlinear Growth

R. Dhanya, Ritabrata Jana, Uttam Kumar +1

We consider a semipositone problem involving the fractional Laplace operator of the form \begin{equation*} \begin{aligned} (-Δ)_p^s u &=μ( u^{r}-1) \text{ in } Ω,\\ u &>0 \text…

math.AP2023

Symmetry and Monotonicity Property of a Solution of (p,q) Laplace Equation with Singular Term

Ritabrata Jana

This paper examines the behavior of a positive solution $u\in C^{1,α}(\BarΩ)$ of the Laplace equation with a singular term and zero Dirichlet boundary condition. Specifical…

math.AP2022

Strong comparison principle for a p-Laplace equation involving singularity and its applications

R. Dhanya, M. S. Indulekha, Ritabrata Jana

In this paper we prove a strong comparison principle for radially decreasing solutions $u,v\in C_{0}^{1,α}(\Bar{B_R})$ of the singular equations and $-Δ…

math.CO2021

Proof of a Conjecture on Wiener Index and Eccentricity of a graph due to edge contraction

Joyentanuj Das, Ritabrata Jana

For a connected graph , the Wiener index, denoted by , is the sum of the distance of all pairs of distinct vertices and the eccentricity, denoted by , is t…