Ryan Creedon: Transverse Instability of Stokes Waves in Finite Depth
UW Applied PDE
Ryan Creedon: Transverse Instability of Stokes Waves in Finite Depth
59:27
Dmitry Pelinovsky: On smooth and peaked traveling waves in a local model for shallow water waves
UW Applied PDE
Dmitry Pelinovsky: On smooth and peaked traveling waves in a local model for shallow water waves
49:08
Olivia Cannon: Shifting Parties in Social Dynamics: a Nonlocal Approach
UW Applied PDE
Olivia Cannon: Shifting Parties in Social Dynamics: a Nonlocal Approach
51:01
Xinyu Zhao: On instability of the Taylor-Green vortex in 2D Euler flows
UW Applied PDE
Xinyu Zhao: On instability of the Taylor-Green vortex in 2D Euler flows
47:42
Ahmad Zaid Abassi: The semi-analytic theory and computation of finite-depth standing water waves
UW Applied PDE
Ahmad Zaid Abassi: The semi-analytic theory and computation of finite-depth standing water waves
51:34
NWCS webinar. Bernard Deconinck: The instabilities of Stokes Waves
UW Applied PDE
NWCS webinar. Bernard Deconinck: The instabilities of Stokes Waves
57:11
Jon Wilkening: Long-time nonlinear dynamics of perturbed traveling and standing water waves
UW Applied PDE
Jon Wilkening: Long-time nonlinear dynamics of perturbed traveling and standing water waves
59:14
Anastassiya Semenova: Almost extreme Stokes waves and their stability
UW Applied PDE
Anastassiya Semenova: Almost extreme Stokes waves and their stability
41:03
Sergey Dyachenko: Almost extreme Stokes waves and their stability: numerics
UW Applied PDE
Sergey Dyachenko: Almost extreme Stokes waves and their stability: numerics
54:02
Ryan Creedon: An Asymptotic Description of the Spectral Instabilities of Stokes Waves
UW Applied PDE
Ryan Creedon: An Asymptotic Description of the Spectral Instabilities of Stokes Waves
48:27
Massimiliano Berti:Full description of Benjamin-Feir instability of Stokes waves in finite depth: p2
UW Applied PDE
Massimiliano Berti:Full description of Benjamin-Feir instability of Stokes waves in finite depth: p2
54:15
Alberto Maspero: Full description of Benjamin-Feir instability of Stokes waves in finite depth:Part1
UW Applied PDE
Alberto Maspero: Full description of Benjamin-Feir instability of Stokes waves in finite depth:Part1
53:59
Annalisa Calini: Soliton equations and geometric flows
UW Applied PDE
Annalisa Calini: Soliton equations and geometric flows
55:30
Igor Rumanov: (2+1)-dimensional Whitham systems: 2dNLS, KP and others
UW Applied PDE
Igor Rumanov: (2+1)-dimensional Whitham systems: 2dNLS, KP and others
1:03:00
Maria Ntekoume: Global well-posedness for the derivative nonlinear Schrödinger equation
UW Applied PDE
Maria Ntekoume: Global well-posedness for the derivative nonlinear Schrödinger equation
52:50
Beatrice Pelloni: Time-periodic boundary value problem for dispersive PDEs
UW Applied PDE
Beatrice Pelloni: Time-periodic boundary value problem for dispersive PDEs
48:32
Maxim Olshanii: Triangular Gross-Pitaevskii breathers and Damski-Chandrasekhar shock waves
UW Applied PDE
Maxim Olshanii: Triangular Gross-Pitaevskii breathers and Damski-Chandrasekhar shock waves
43:43
Dionyssis Mantzavinos: Initial-boundary value problems for nonlinear dispersive PDEs in 1D and 2D
UW Applied PDE
Dionyssis Mantzavinos: Initial-boundary value problems for nonlinear dispersive PDEs in 1D and 2D
46:06
Tom Bridges: Reappraisal of Whitham's 1967 theory for wave-meanflow interaction in shallow water
UW Applied PDE
Tom Bridges: Reappraisal of Whitham's 1967 theory for wave-meanflow interaction in shallow water
46:13
Anastassiya Semenova: Superharmonic instabilities of Stokes waves
UW Applied PDE
Anastassiya Semenova: Superharmonic instabilities of Stokes waves
38:06
Denis Sylantyev: Generalized Constantin-Lax-Majda equation: collapse vs blow-up and global existence
UW Applied PDE
Denis Sylantyev: Generalized Constantin-Lax-Majda equation: collapse vs blow-up and global existence
52:38
Gong Chen: Nonlinear modulational instability of the Stokes waves in 2D full water waves
UW Applied PDE
Gong Chen: Nonlinear modulational instability of the Stokes waves in 2D full water waves
50:35
Rosa Vargas-Magaña: Undular bores governed by full water wave eqns & bi-dir. Whitham-Boussinesq eqns
UW Applied PDE
Rosa Vargas-Magaña: Undular bores governed by full water wave eqns & bi-dir. Whitham-Boussinesq eqns
54:16
Slim Ibrahim: Revisit singularity formation for the inviscid primitive equation
UW Applied PDE
Slim Ibrahim: Revisit singularity formation for the inviscid primitive equation
1:07:58
Richard Kollár: Three lessons we learned about epidemiological models during SARS-CoV-2 pandemics
UW Applied PDE
Richard Kollár: Three lessons we learned about epidemiological models during SARS-CoV-2 pandemics
53:59
David Goluskin: Variational analysis of fluid equations with help from computational optimization
UW Applied PDE
David Goluskin: Variational analysis of fluid equations with help from computational optimization
50:48
Anna Geyer: Stability and persistence of periodic traveling waves
UW Applied PDE
Anna Geyer: Stability and persistence of periodic traveling waves
43:01
Stephanie Dodson: One-dimensional spiral waves and reflection-induced cardiac arrhythmia
UW Applied PDE
Stephanie Dodson: One-dimensional spiral waves and reflection-induced cardiac arrhythmia
48:08
Stefan Steinerberger: A PDE describing roots of polynomials under differentiation
UW Applied PDE
Stefan Steinerberger: A PDE describing roots of polynomials under differentiation
50:44
Mark Groves: Fully localized 3D gravity-capillary solitary waves on water of infinite depth
UW Applied PDE
Mark Groves: Fully localized 3D gravity-capillary solitary waves on water of infinite depth
47:09
Bjorn Sandstede: Stability of planar spiral waves
UW Applied PDE
Bjorn Sandstede: Stability of planar spiral waves
47:09
Jens Rademacher: Pulse replication and accumulation of eigenvalues
UW Applied PDE
Jens Rademacher: Pulse replication and accumulation of eigenvalues
52:11
Bobby Wilson: Stability of the cubic nonlinear Schrodinger equation on the irrational torus
UW Applied PDE
Bobby Wilson: Stability of the cubic nonlinear Schrodinger equation on the irrational torus
58:58
Dave Nicholls: Launching GSP waves with vanishingly small periodic grating structures
UW Applied PDE
Dave Nicholls: Launching GSP waves with vanishingly small periodic grating structures
53:42
Peter Miller: Universal wave breaking in the semi-classical sine-Gordon equation
UW Applied PDE
Peter Miller: Universal wave breaking in the semi-classical sine-Gordon equation
56:00
Jonathan Lottes: The focusing nonlinear Schrödinger equation with nontrivial boundary conditions
UW Applied PDE
Jonathan Lottes: The focusing nonlinear Schrödinger equation with nontrivial boundary conditions
50:59
Mariana Haragus: Subharmonic linear dynamics of frequency combs modeled by the Lugiato-Lefever eqn
UW Applied PDE
Mariana Haragus: Subharmonic linear dynamics of frequency combs modeled by the Lugiato-Lefever eqn
55:40
Walter Strauss: Modulational instability of Stokes waves
UW Applied PDE
Walter Strauss: Modulational instability of Stokes waves
47:52
Alejandro Aceves: Twists and turns in the nonlinear Schrodinger equation
UW Applied PDE
Alejandro Aceves: Twists and turns in the nonlinear Schrodinger equation
42:22
Vera Hur: Unstable Stokes waves: a periodic Evans function approach
UW Applied PDE
Vera Hur: Unstable Stokes waves: a periodic Evans function approach
46:56
Margaret Beck: Spectral stability, the Maslov Index, and spatial dynamics
UW Applied PDE
Margaret Beck: Spectral stability, the Maslov Index, and spatial dynamics
54:13
Alexey Shevyakov: Helically symmetric incompressible fluid flows
UW Applied PDE
Alexey Shevyakov: Helically symmetric incompressible fluid flows
49:18
André Nachbin: Capturing the flow structure beneath rotational waves
UW Applied PDE
André Nachbin: Capturing the flow structure beneath rotational waves
41:10
Nancy Rodriguez: A story on relocation strategies, the Allee effect, and the Ideal Free Distribution
UW Applied PDE
Nancy Rodriguez: A story on relocation strategies, the Allee effect, and the Ideal Free Distribution
43:03
Eduard-Wilhelm Kirr: Nonlinear coherent structures at the Fredholm boundary
UW Applied PDE
Eduard-Wilhelm Kirr: Nonlinear coherent structures at the Fredholm boundary
54:52
Alexei Rybkin: Hankel operators and the Cauchy problem for the Korteweg-de Vries equation
UW Applied PDE
Alexei Rybkin: Hankel operators and the Cauchy problem for the Korteweg-de Vries equation
1:15:21
Jason Bramburger: Snaking bifurcations in higher space dimensions
UW Applied PDE
Jason Bramburger: Snaking bifurcations in higher space dimensions
1:05:38
Benjamin Akers: Dimension breaking and numerical continuation
UW Applied PDE
Benjamin Akers: Dimension breaking and numerical continuation
52:02
John Albert: Nondegeneracy of bound states
UW Applied PDE
John Albert: Nondegeneracy of bound states
1:00:27
Alexander Korotkevich - Inverse cascade of gravity waves in the presence of condensate: numer. sim.
UW Applied PDE
Alexander Korotkevich - Inverse cascade of gravity waves in the presence of condensate: numer. sim.
1:02:29
Doug Wright - Traveling wave solutions of the capillary-gravity Whitham equation
UW Applied PDE
Doug Wright - Traveling wave solutions of the capillary-gravity Whitham equation
57:49
Massimiliano Berti: Dynamics of Water Waves
UW Applied PDE
Massimiliano Berti: Dynamics of Water Waves
1:04:33
Monica Visan: Recent progress on well-posedness for integrable PDE
UW Applied PDE
Monica Visan: Recent progress on well-posedness for integrable PDE
58:21
Jörg Frauendiener - Gravitational waves and black holes: a global computational approach
UW Applied PDE
Jörg Frauendiener - Gravitational waves and black holes: a global computational approach
1:11:54
Zhijun Qiao - Integrable systems with peakon and cuspon solutions
UW Applied PDE
Zhijun Qiao - Integrable systems with peakon and cuspon solutions
55:50
Raphael Stuhlmeier - Instability and evolution of inhomogeneous, broad-banded seas
UW Applied PDE
Raphael Stuhlmeier - Instability and evolution of inhomogeneous, broad-banded seas
1:01:46
Deniz Bilman - A robust inverse scattering transform and extreme superposition of rogue waves
UW Applied PDE
Deniz Bilman - A robust inverse scattering transform and extreme superposition of rogue waves
52:22
Daniel Ratliff - Modulation of Multiperiodic Wavetrains leading to Nonlinear Wave Equations
UW Applied PDE
Daniel Ratliff - Modulation of Multiperiodic Wavetrains leading to Nonlinear Wave Equations
50:32
Todd Kapitula - Consensus and clustering in opinion formation on small-world models
UW Applied PDE
Todd Kapitula - Consensus and clustering in opinion formation on small-world models
1:06:17
Jennifer Mueller - Direct reconstruction methods in EIT applied to functional pulmonary imaging
UW Applied PDE
Jennifer Mueller - Direct reconstruction methods in EIT applied to functional pulmonary imaging
58:12
Tom Witelski - Multiscale Dynamics Of Dewetting Fluid Films
UW Applied PDE
Tom Witelski - Multiscale Dynamics Of Dewetting Fluid Films
1:00:47
Zhiwu Lin - Nonlinear modulational instability of dispersive wave models
UW Applied PDE
Zhiwu Lin - Nonlinear modulational instability of dispersive wave models
54:08