activity
20022026
most citedProof of the Dubrovin conjecture and analysis of the tritronquée solutions of

42 citations · 123 across the 22 of their papers we have counts for

collaborators

25 papers

physics.flu-dyn2026

Extension of a mathematical analogy between vortical flows without surface tension and irrotational capillary flows

Valentin D. Kunz, Saleh Tanveer, Darren G. Crowdy

In a recent paper, a mathematical analogy was found between two physically distinct classes of two-dimensional free boundary problems in inviscid fluid mechanics. One class involve…

math-ph2026

A mathematical analogy between certain hollow vortex and bubble flows - existence, uniqueness, and identical boundary shapes

Valentin D. Kunz, Saleh Tanveer, Darren G. Crowdy

We study two physically distinct steady free-boundary problems in a two-dimensional inviscid fluid: a hollow vortex in a constant-vorticity flow subject to simple shear, third orde…

math.CA2014★ 2 cited

Rigorous analytical approximation of tritronquee solution to Painleve-1 and the first singularity

A. Adali, S. Tanveer

We use a recently developed method to determine approximate expression for tritronquée solution for P-1: in a domain with rigorous bounds. In…

math.NA2014

Hybrid Basis Scheme for computing Electrostatic fields exterior to close-to-touching discs

D. G. Crowdy, S. Tanveer, T. Delillo

This paper presents a simple and effective new numerical scheme for the computation of electrostatic fields exterior to a collection of close-to-touching discs. The method is prese…

math.AP2014

Analysis of 2+1 diffusive-dispersive PDE arising in river braiding

Saleh Tanveer, Charis Tsikkou

We present local existence and uniqueness results for the following dispersive diffusive equation due to P. Hall arising in modeling of river braiding: $$u_{yyt} - γu_{xxx} -…

math.CA2013★ 4 cited

A quasi-solution approach to nonlinear problems - the case of Blasius similarity solution

O. Costin, T. Kim, S. Tanveer

Using the simple case of Blasius similarity solution, we illustrate a recently developed general method that reduces a strongly nonlinear problem into a weakly nonlinear analysis.…