activity
20182022
most citedMass-in-Mass Lattices with Small Internal Resonators

8 citations · 8 across the 3 of their papers we have counts for

collaborators

6 papers

math.AP2022

Contour dynamics and global regularity for periodic vortex patches and layers

David M. Ambrose, Fazel Hadadifard, James P. Kelliher

We study vortex patches for the 2D incompressible Euler equations. Prior works on this problem take the support of the vorticity (i.e., the vortex patch) to be a bounded region. We…

math.AP2020

Well-posedness and asymptotics of a coordinate-free model of flame fronts

David M. Ambrose, Fazel Hadadifard, J. Douglas Wright

We investigate a coordinate-free model of flame fronts introduced by Frankel and Sivashinsky; this model has a parameter which relates to how unstable the front might be. We fi…

math.AP20208 cited

Mass-in-Mass Lattices with Small Internal Resonators

Fazel Hadadifard, J. Douglas Wright

We consider the mass-in-mass (MiM) lattice when the internal resonators are very small. When there are no internal resonators the lattice reduces to a standard Fermi-Pasta-Ulam-Tsi…

math.AP2020

On the forced surface quasi-geostrophic equation: Existence of steady states and sharp relaxation rates

Fazel Hadadifard, Atanas G. Stefanov

We consider the asymptotic behavior of the surface quasi-geostrophic equation, subject to a small external force. Under suitable assumptions on the forcing, we first construct the…

math.AP2019

Sharp relaxation rates for plane waves of reaction-diffusion systems

Fazel Hadadifard, Atanas G. Stefanov

It is well-known and classical result that spectrally stable traveling waves of a general reaction-diffusion system in one spatial dimension are asymptotically stable with exponent…

math.AP2018

On the sharp time decay rates for the 2D generalized quasi-geostrophic equation and the Boussinesq system

Atanas G. Stefanov, Fazel Hadadifard

We compute the sharp time decay rates of the solutions of the IVP for quasi-geostrophic equation and the Boussinesq model, subject to fractional dissipation. Moreover, we explicitl…