WORKSHOP
The 1st PUC-Bath Workshop on Nonlinear PDEs and Applications will be held at the Mathematics Department of Pontificia Catolica Universidad de Chile, on the dates of 10-13 of September, 2019. This event is intended to strengthen the scientific links between the Chilean Nonlinear PDE and, more widely, the Applied Mathematics community, and our colleagues from the University of Bath.
The Workshop is jointly organized by the Pontificia Catolica Universidad de Chile and University of Bath (UK), and will gather researchers from the fields of
"Nonlinear PDEs for Modelling and Applications",
including
- Materials Science and Liquid Crystals
- Homogenisation and Multiscale Analysis
- Numerical Analysis and Scientific Computing
Organizing comittee:
- Nikola Kamburov, Mathematics, PUC Chile
- Apala Majumdar, Mathematics, University of Bath
- Mircea Petrache, Mathematics, PUC Chile
- Elwin van't Wout, Mathematical and Computational Engineering, PUC Chile
This conference is funded by PUC (lead Mircea Petrache) and a Bath internationalization grant led by Apala Majumdar.
Location
SPEAKERS
Luciano Sciaraffia
Masters Student in Mathematics
Pontificia Universidad Católica de Chile
lvsciaraffia@mat.uc.cl
Natham Aguirre
Doctoral Student in Mathematics
Pontificia Universidad Católica de Chile
nmaguirre@mat.uc.cl
BOOK OF ABSTRACTS
PROGRAMME
Tuesday, Sep 10th: | |
13:00 - 13:30 | Registration |
13:30 - 14:20 | Duvan Henao Existence of equilibria for 3D neo-Hookean materials |
14:30 - 15:20 | Kirill Cherednichenko Non-standard behaviour of bent periodic plates for subcritical thickness-period scalings |
15:20 - 16:00 | Coffee Break |
16:00 - 16:50 | Carlos Roman On the 3D Ginzburg-Landau model of superconductivity |
Wednesday, Sep 11th | |
9:30-10:20 | Paul Milewski The complex dynamics of Faraday pilot waves: a hydrodynamic quantum analogue |
10:20-10:50 | Coffee Break |
10:50-11:40 | Carlos Conca How Bloch waves can understand Hashim-Shtrikman microstructures |
11:50-12:40 | Alexander Quaas The sharp exponent in the study of the nonlocal Henon equation in R^N. A Liouville theorem and an existence result |
12:40-14:30 | Lunch |
14:30-15:20 | Apala Majumdar Pattern formation in confined nematic systems |
15:30-16:30 | Alberto Montero Energy minimizing frame fields in R^3 |
16:30-18:00 | Round Table (Centro de Innovacion, 3rd floor) |
19:00 | Workshop Dinner (Meson Nerudiano) |
Thursday, Sep 12th | |
9:30-10:20 | Enrique Otarola Numerical methods for fractional diffusion |
10:20-10:50 | Coffee Break |
10:50-11:40 | Carlos Perez Density interpolation methods |
11:50-12:40 | Manuel A. Sanchez Symplectic Hybridizable discontinuous Galerkin methods for wave propagation problems |
12:40-14:30 | Lunch |
14:30-15:20 | Chris Budd Self-similar, blow-up solutions of the Generalised Korteweg-de Vries equation near criticality |
15:30-16:20 | Carmen Cortazar Large time behavior of solutions of the porous medium equation in exterior domains} |
16:20-16:50 | Coffee Break |
16:50-17:40 | Chulkwang Kwak Descriptions of decay for Hamiltonian abcd Boussinesq system |
Friday, Sep 13th | |
9:30-10:00 | Luciano Sciaraffia Nontrivial solutions to Serrin's problem in annular domains |
10:00-10:30 | Natham Aguirre p-Harmonic functions with nonlinear Neumann boundary conditions and measure data |
10:30-10:50 | Coffee Break |
10:50-11:40 | Ignacio Guerra Multiplicity of solutions for some elliptic equations with a gradient term in the nonlinearity |
11:50-12:40 | Johannes Zimmer On fluctuations in particle systems and their links to partial differential equations |
APPLY TO PARTICIPATE
POSTER SESSION APPLICATION
We invite applications for Master and PhD students, for the poster session to be held at our conference. In order to apply, please send us
- a short email explaining your motivation to participate
- your CV
- your poster title and abstract
at the address pucbath@mat.uc.cl.
PRACTICAL INFORMATIONS
Auditorio Ninoslav Bralic
Faculty of Mathematics
Pontificia Universidad Católica de Chile
UC Campus San Joaquin
Vicuña Mackenna 4860, Macul
Santiago, Chile
+56 22 354 4558