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20162020
most citedA remark on Pinney's equation

2 citations · 2 across the 5 of their papers we have counts for

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math.AP2016

Explicit solutions and multiplicity results for some equations with the -Laplacian

Philip Korman

We derive explicit ground state solutions for several equations with the -Laplacian in , including (here , with ) \[ φ\left(u'(r)\right)' +\frac{n-1}{…

math.AP2016

Nonlinear elliptic equations and systems with linear part at resonance

Philip Korman

The famous result of Landesman and Lazer [10] dealt with resonance at a simple eigenvalue. Soon after publication of [10], Williams [14] gave an extension for repeated eigenvalues.…

math.AP2016

Families of solution curves for some non-autonomous problems

Philip Korman

The paper studies families of positive solution curves for non-autonomous two-point problems \[ u"+λf(u)-μg(x)=0, \;\; -1<x<1, \;\; u(-1)=u(1)=0 \] depending on two positive parame…

math.DS2016

A periodic model for the dynamics of cell volume

Philip Korman

We prove the existence and uniqueness of positive periodic solution for a model describing the dynamics of cell volume flux, introduced in Julio A. Hernandez \cite{H}. We also show…

math.CA2016

Global solution curves for several classes of singular periodic problems

Philip Korman

Using continuation methods and bifurcation theory, we study the exact multiplicity of periodic solutions, and the global solution structure, for three classes of periodically force…

math.AP2016

Infinitely many solutions for three classes of self-similar equations, with the -Laplace operator

Philip Korman

We study the global solution curves, and prove the existence of infinitely many positive solutions for three classes of self-similar equations, with -Laplace operator. In case $…