The following is the list of minisymposia confirmed so far, ordered alphabetically according to their titles.
| Organizers | Title | Details |
|---|---|---|
| Kai Schneider | Adaptive discretization methods for PDEs using Cartesian grids | (details) |
| Pedro Morin | Adaptivity in numerical PDE | (details) |
| Michael Neilan Francisco J. Sayas | Advances in Finite and Boundary Elements | (details) |
| Norbert Heuer | Advances in least-squares and Galerkin methods | (details) |
| Alfredo Bermúdez Rodolfo Rodríguez | Computational Electromagnetism | (details) |
| Ricardo Ruiz-Baier Simone Scacchi | Computational cardiac biomechanics | (details) |
| Marco Discacciati Ricardo Oyarzúa | Discretization and solution techniques for the coupling of fluid flows with porous media | (details) |
| Pep Mulet | High Order Methods for Hyperbolic Systems of PDE | (details) |
| Nilima Nigam | High accuracy methods for eigenvalue problems | (details) |
| Eleuterio Toro | Non-Linear Numerical Methods for Evolutionary PDEs | (details) |
| Stefan Diehl Ingmar Nopens | Numerical Methods for Water Resources | (details) |
| Johnny Guzmán Marcus Sarkis | Numerical methods for interface problems | (details) |
| Harbir Antil Enrique Otárola Abner Salgado | Numerical methods for non-local problems | (details) |
| Bernardo Cockburn Jay Gopalakrishnan Manuel Solano | Recent advances in discontinuous Galerkin methods | (details) |
| Giacomo Albi Dante Kalise Francisco Silva | Recent developments in numerical methods for Hamilton-Jacobi-Bellman equations and multi-agent systems | (details) |
| Leonardo Figueroa | Session of Communications | (details) |
| Steve Ruuth | Time integration of partial differential equations | (details) |
| ADAPTIVE DISCRETIZATION METHODS FOR PDES USING CARTESIAN GRIDS Organized by Kai Schneider | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Ralf Deiterding Margarete Oliveira Domingues Kai Schneider |
Application of multiresolution smoothness detection in the block-based adaptive mesh refinement method: Preliminary results | ABSTRACT |
| Philippe Devloo Cristiane Faria Agnaldo Farias Sonia Gomes Abimael Loula |
Continuous, mixed and primal hybrid finite element methods for elliptic problems with hp-adaptivity: Numerical comparative studies | ABSTRACT |
| Marie Farge Romain Nguyen van yen Rodrigo M. Pereira Kai Schneider |
Dissipation in adaptive wavelet discretizations | ABSTRACT |
| Ryan Galagusz Jean-Christophe Nave David Shirokoff |
High order penalty methods: A Fourier approach to solving wave equations on domains with curved boundaries | ABSTRACT |
| Nils Gerhard Siegfried Müller |
Numerical simulation of Tsunamis using adaptive multiresolution discontinuous Galerkin schemes | ABSTRACT |
| Georges-Henri Cottet Chloé Mimeau Iraj Mortazavi |
Three-dimensional hybrid vortex-penalization method with application to passive flow control | ABSTRACT |
| ADAPTIVITY IN NUMERICAL PDE Organized by Pedro Morin | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Annalisa Buffa Eduardo M. Garau |
A posteriori error estimators for HB-spline discretizations | ABSTRACT |
| Pedro Morin Ricardo Nochetto Sebastian Pauletti |
Adaptativity in hierarchical splines spaces | ABSTRACT |
| Alejandro Allendes Harbir Antil Enrique Otárola Richard Rankin Abner Salgado |
Adaptive finite element methods for an optimal control problems involving Dirac measures | ABSTRACT |
| Juan G. Calvo Olof B. Widlund |
An adaptive choice of primal constraints for BDDC domain decomposition algorithms | ABSTRACT |
| Emmanuil Georgoulis Omar Lakkis Charalambos Makridakis |
Aposteriori error analysis of timestepping schemes for the wave equation | ABSTRACT |
| Natalia Kopteva Torsten Linss |
Maximum-norm a posteriori error estimates for parabolic equations | ABSTRACT |
| Alan Demlow |
Optimality of adaptive FEM for eigenvalue clusters | ABSTRACT |
| Alexandre Ern Martin Vohralík |
Polynomial-degree-robust a posteriori estimates for elliptic PDEs | ABSTRACT |
| Rodolfo Rodríguez Ivana Sebestová |
Residual-based a posteriori error estimator for the Maxwells eigenvalue problem | ABSTRACT |
| ADVANCES IN FINITE AND BOUNDARY ELEMENTS Organized by Michael Neilan and Francisco J. Sayas | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Erik Burman Pierre Cantin Alexander Ern |
A compact-stencil scheme of order 3/2 on polyhedral meshes for advection-reaction equations | ABSTRACT |
| Ernesto Cáceres Gabriel N. Gatica Filander Sequeira |
A mixed virtual element method for Quasi-Newtonian Stokes flow | ABSTRACT |
| Nilima Nigam |
A modification of Schiffers conjecture, and a proof via finite elements | ABSTRACT |
| Michael Feischl Gregor Gantner Alexander Haberl Dirk Praetorius |
A posteriori error estimation for adaptive IGA boundary element methods | ABSTRACT |
| Tonatiuh Sanchez-Vizuet Francisco-Javier Sayas |
BEM/FEM coupling for transient acoustic scattering by piezoelectric obstacles | ABSTRACT |
| Simon Arridge Timo Betcke Pierre Gélat Elwin Vant Wout |
Efficient boundary element methods for focused ultrasound treatment planning | ABSTRACT |
| Masahisa Tabata Shinya Uchiumi |
Exactly computable Lagrange Galerkin schemes for flow problems | ABSTRACT |
| Abner Salgado Wujun Zhang |
Finite element approximation of the Isaacs equation | ABSTRACT |
| Harbir Antil Michael Hintermüller Ricardo Nochetto Thomas Surowiec Donat Wegner |
Finite horizon model predictive control of electrowetting on dielectric with pinning | ABSTRACT |
| Eligio Colmenares Gabriel N. Gatica Ricardo Oyarzúa |
Fixed point strategies for mixed variational formulations of the stationary Boussinesq problem | ABSTRACT |
| Alan Demlow Natalia Kopteva |
Maximum-norm a posteriori error control for singularly perturbed elliptic reaction-diffusion equations | ABSTRACT |
| Maicon R. Correa Margui R. Pinedo |
Mixed-hybrid finite element methods for a non-linear diffusion-reaction equation | ABSTRACT |
| Dietmar Gallistl Daniel Peterseim |
Multiscale Petrov-Galerkin finite element method for acoustic scattering | ABSTRACT |
| Ralf Hiptmair Carlos Jerez-Hanckes Carolina Urzúa |
Operator preconditioning for the hypersingular operator over 3D screens | ABSTRACT |
| Thomas Führer Markus Melenk Dirk Praetorius Alexander Rieder |
Optimal additive Schwarz preconditioning for the hp-BEM: The hypersingular integral operator in 3D | ABSTRACT |
| Masahisa Tabata |
Some applications of the Lagrange-Galerkin method in flow problems | ABSTRACT |
| Carlos Jerez-Hanckes Gerardo Silva |
Wave scattering by randomly perturbed periodic gratings via sparse tensor BEM | ABSTRACT |
| ADVANCES IN LEAST-SQUARES AND GALERKIN METHODS Organized by Norbert Heuer | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Huangxin Chen Weifeng Qiu |
A first order system least squares method for the Helmholtz equation | ABSTRACT |
| Gabriel Acosta Juan Pablo Borthagaray |
A fractional laplace equation: regularity of solutions and finite element approximations | ABSTRACT |
| Mahadevan Ganesh Charles Morgenstern |
A new class of Galerkin FEM wave propagation models | ABSTRACT |
| Norbert Heuer |
A non-conforming domain decomposition approximation for the Helmholtz screen problem with hypersingular operator | ABSTRACT |
| Jinank Jain G. Murali Mohan Reddy Jhuma Sen Gupta Rajen K. Sinha |
A posteriori error analysis of linear parabolic interface problems: A reconstruction approach | ABSTRACT |
| Norbert Heuer Michael Karkulik |
A robust DPG method for singularly perturbed reaction-diffusion problems | ABSTRACT |
| Lothar Banz Ernst P. Stephan |
hp-adaptive Interior Penalty FEM for Elliptic Obstacle Problems DG for Laplace, $C^0$ for bi-Laplace | ABSTRACT |
| Markus Melenk Birgit Pichler Christos Xenophontos |
hp-FEM for singular perturbations: Balanced norms and multiple scales | ABSTRACT |
| Alexis Jawtuschenko Ariel L. Lombardi |
Interpolation error estimates for vectorial finite elements on general polyhedral anisotropic meshes | ABSTRACT |
| Thomas Führer |
On the coupling of DPG and BEM | ABSTRACT |
| Michael Feischl Thomas Führer Gregor Gantner Alexander Haberl Dirk Praetorius |
Optimal convergence rates for goal-oriented adaptivity | ABSTRACT |
| Ignacio Muga Kristoffer Van der Zee |
Optimal discretization in Banach spaces | ABSTRACT |
| COMPUTATIONAL ELECTROMAGNETISM Organized by Alfredo Bermúdez and Rodolfo Rodríguez | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Alfredo Bermúdez Marta Piñeiro Rodolfo Rodríguez Pilar Salgado |
A T-phi, phi formulation for an eddy current problem | ABSTRACT |
| Xavier Claeys Ralf Hiptmair Elke Spindler |
A well-conditioned boundary integral formulation for electromagnetic scattering at composite objects | ABSTRACT |
| Daisuke Tagami |
An iterative domain decomposition method for eddy current problems adapted to the gauge condition | ABSTRACT |
| Xavier Claeys Victorita Dolean Martin J. Gander |
Block-Jacobi preconditioners for local multi-trace formulations | ABSTRACT |
| Ana Alonso Rodríguez Enrico Bertolazzi Riccardo Ghiloni Ruben Specogna |
Construction of homological Seifert surfaces and some applications in electromagnetism | ABSTRACT |
| Helene Barucq Aralar Erdozain David Pardo Victor Perón |
Derivation and validation of impedance transmission conditions for the electric potential across a highly conductive casing | ABSTRACT |
| Carlos Jerez-Hanckes Christoph Schwab |
Electromagnetic wave scattering by random surfaces: Shape holomorphy | ABSTRACT |
| Tao Chen Tong Kang |
Fully discrete A-phi finite element method for Maxwells equations with nonlinear conductivity | ABSTRACT |
| David P. Hewett |
Hybrid numerical-asymptotic boundary element methods for high frequency wave scattering | ABSTRACT |
| Javier I. Etcheverry |
Modeling and solving problems on electromagnetic non-destructive testing of steel pipes | ABSTRACT |
| Dietmar Hömberg |
Modelling and simulation of multi-frequency induction hardening | ABSTRACT |
| Ana Alonso Rodríguez Jessika Camaño Rodolfo Rodríguez Alberto Valli Pablo Venegas |
Numerical approximation of the spectrum of the curl operator in multiply connected domains | ABSTRACT |
| Hélène Barucq Juliette Chabassier Marc Duruflé Victor Péron |
On a boundary layer phenomenon in acoustic media | ABSTRACT |
| Harbir Antil Ricardo H. Nochetto Pablo Venegas |
Optimizing the Kelvin force in a subdomain | ABSTRACT |
| Fritz Kretzschmar Andrea Moiola Ilaria Perugia Sascha Schnepp |
Space-time Trefftz discontinuous Galerkin methods for wave problems | ABSTRACT |
| Eliane Bécache Patrick Joly Maryna Kachanovska |
Stable perfectly matched layers for cold plasmas in strong magnetic fields | ABSTRACT |
| Sivaram Ambikasaran Carlos Borges Leslie Greengard Lise-Marie Imbert-Gérard |
Volume integral methods for the Helmholtz equation with variable coefficients | ABSTRACT |
| COMPUTATIONAL CARDIAC BIOMECHANICS Organized by Ricardo Ruiz-Baier and Simone Scacchi | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Ricardo Ruiz-Baier |
A primal-mixed finite element method for the electromechanics of the heart | ABSTRACT |
| Angelo Auricchio Marco Favino Erich Foster Rolf Krause Simone Pezzuto Sonia Pozzi Frits Prinzen |
Coupling strategies for electro-mechanics in the heart | ABSTRACT |
| Piero Colli Franzone Luca F. Pavarino Simone Scacchi |
Effects of mechano-electric feedbacks on the cardiac bioelectrical activity: A simulation study | ABSTRACT |
| Angelo Auricchio Peter Kalavsky Rolf Krause Simone Pezzuto Mark Potse |
Inverse modeling for cardiac electrophysiology with fast eikonal approximation | ABSTRACT |
| Cristóbal Bertoglio Sebastian Kozerke Andreas Nagler Christian Stoeck Wolfgang A. Wall |
Maximum likelihood estimation of cardiac fibers from in-vivo DMRI and influence on biomechanical heart simulations | ABSTRACT |
| Cristóbal Cortínez Carlos Jerez-Hanckes |
Multiple traces formulation for multiple biological cells electrically excited | ABSTRACT |
| Daniel Hurtado Julio Sotelo Sergio Uribe |
Tridimensional quantification of cardiovascular hemodynamics parameter using finite element methods from 4D flow MRI data | ABSTRACT |
| Nicole Cornejo Duvan Henao Daniel E. Hurtado William Ramirez |
Variational principle for the bidomain electrophysiology model: Theory and numerical applications | ABSTRACT |
| DISCRETIZATION AND SOLUTION TECHNIQUES FOR THE COUPLING OF FLUID FLOWS WITH POROUS MEDIA Organized by Marco Discacciati and Ricardo Oyarzúa | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Guido Kanschat |
A conservative discretization for linear poroelasticity | ABSTRACT |
| Sergio Caucao Gabriel N. Gatica Ricardo Oyarzúa Ivana Sevestová |
A fully-mixed formulation for the Navier-Stokes/Darcy coupled problem with nonlinear viscosity | ABSTRACT |
| Verónica Anaya David Mora Ricardo Oyarzúa Ricardo Ruiz-Baier |
A mixed FEM for a vorticity based formulation of the Brinkman problem | ABSTRACT |
| Gabriel N. Gatica Ricardo Ruiz-Baier Mario A. Álvarez |
A mixed-primal finite element approximation of a sedimentation-consolidation system | ABSTRACT |
| Maicon R. Correa Marcio A. Murad |
A new one-way conservative numerical model for three-phase flow in poroelastic media | ABSTRACT |
| Ricardo Oyarzúa Ricardo Ruiz-Baier |
Locking-free finite element methods for poroelasticity | ABSTRACT |
| Vince Ervin Michaela Kubacki William Layton Marina Moraiti Zhiyong Si Catalin Trenchea |
Partitioned penalty method for contaminant transport models in coupled groundwater-surface water flows | ABSTRACT |
| Alan Amad Iury Igreja Abimael Loula |
Stabilized hybrid finite element formulations for coupled flow problems | ABSTRACT |
| HIGH ORDER METHODS FOR HYPERBOLIC SYSTEMS OF PDE Organized by Pep Mulet | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Enrique Fernández-Nieto José Garres Díaz Anne Mangeney Gladys Narbona-Reina |
A splitting high order-multilayer approach for dry granular flows | ABSTRACT |
| Michael Dumbser Claus R. Goetz |
An ADER scheme with a new solver for the generalized Riemann problem and local space-time DG flux integration | ABSTRACT |
| Manuel J. Castro Díaz José M. Gallardo Molina Antonio Marquina |
Approximate Osher-Solomon schemes for hyperbolic systems | ABSTRACT |
| Philippe Devloor Agnaldo Farias Sonia Gomes Omar D. Triana José Villegas |
Conservative high order coupled mixed finite element-finite volume method for two-phase flows in heterogeneous media | ABSTRACT |
| Raimund Bürger Francisco Guerrero Maria del Carmen Martí Pep Mulet |
Finite difference WENO schemes for multi-dimensional multiphase flows in porous media | ABSTRACT |
| Alfredo Bermúdez Xian López María Elena Vázquez-Cedón |
Numerical solution of Euler equations with source terms | ABSTRACT |
| Sebastiano Boscarino Raimund Bürger Pep Mulet Giovanni Russo Luis M. Villada |
On nonlinearly and linearly implicit IMEX Runge-Kutta methods for a class of degenerate convection-diffusion problems | ABSTRACT |
| Cristóbal Castro |
Study of Riemann solvers for Euler equation with general equation of state | ABSTRACT |
| HIGH ACCURACY METHODS FOR EIGENVALUE PROBLEMS Organized by Nilima Nigam | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Xiaobing Feng Michael Neilan |
Finite element methods and analysis for elliptic problems in non-divergence form | ABSTRACT |
| Olaf Steinbach Marco Zank |
Generalized Steklov eigenvalue problems | ABSTRACT |
| Sebastian Domínguez Nilima Nigam Bobak Shahriari |
On the global optimality of the regular pentagon for the Dirichlet eigenvalue problem | ABSTRACT |
| Francesca Gardini Giuseppe Vacca |
Virtual element methods for eigenvalue problems | ABSTRACT |
| Oscar P. Bruno Emmanuel Garza-Gonzalez |
Windowed green function method and Maxwell eigenfunctions for open waveguide problems | ABSTRACT |
| NON-LINEAR NUMERICAL METHODS FOR EVOLUTIONARY PDES Organized by Eleuterio Toro | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Pablo J. Blanco Raúl Feijóo Lucas O. Müller Sansuke M. Watanabe |
A local time stepping solver for 1D blood flow: Application to the ADAN model | ABSTRACT |
| Eleuterio Toro |
A novel flux vector splitting for a class of PDEs | ABSTRACT |
| Roberto Cabrales Francisco Guillén-González Juan Gutiérrez-Santacreu |
A projection-based time-splitting finite element method for the numerical approximation of nematic liquid crystals flows | ABSTRACT |
| Sophie Dallet |
A staggered scheme using discretization of internal energy equations for a two-phase flow model | ABSTRACT |
| Anibal Coronel Mauricio Sepúlveda Alex Tello |
A systematic construction of the solution for the Riemann problem for the Burgers equation with discontinuous source term | ABSTRACT |
| Rodrigo Lecaros Juan C. Lopez Gino Montecinos Jaime Ortega Eleuterio Toro |
An ADER-type scheme for a class of equations arising from the water-wave theory | ABSTRACT |
| Jean-Luc Guermond Bojan Popov |
Fast estimation of the maximum speed of propagation in the Riemann problem for the Euler equations | ABSTRACT |
| Svetlana Tokareva Eleuterio Toro |
Flux splitting schemes for the model equations of compressible multiphase flow | ABSTRACT |
| Adi Adimurthi Aekta Aggarwal G.D. Veerappa Gowda |
Godunov-type numerical scheme for a model of granular flow for partially open tables | ABSTRACT |
| Rémi Abgrall Paola Bacigaluppi Mario Ricchiuto Svetlana Tokareva |
How to avoid mass matrix inversion in continuous finite elements: Application to Lagrangian hydrodynamics | ABSTRACT |
| Frédéric Coquel |
Jin-Xins relaxation solvers with defect measure corrections | ABSTRACT |
| Dinshaw S. Balsara |
Multidimensional, self-similar, strongly-interacting, consistent (music) riemann solvers-applications to divergence-free MHD and ALE schemes | ABSTRACT |
| Eleuterio Toro |
The ADER approach for constructing non-linear schemes of arbitrary accuracy for solving evolutionary PDEs | ABSTRACT |
| Darlin Soto Andrés Ávila |
Time splitting with finite element method for solving a nonlinear Schrödinger equation | ABSTRACT |
| NUMERICAL METHODS FOR WATER RESOURCES Organized by Stefan Diehl and Ingmar Nopens | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Raimund Bürger Julio Careaga Stefan Diehl Camilo Mejías Ingmar Nopens |
A reduced model and simulations of reactive settling of activated sludge | ABSTRACT |
| Christian Bourdarias Charles Demay Stephane Gerbi Jean-Marc Hérard Benoit de Laage de Meux |
A compressible two-layer model for transient two-phase flows in pipes | ABSTRACT |
| Andrea Barth Raimund Bürger Ilja Kröker Christian Rohnde |
A hybrid stochastic Galerkin method for uncertainty quantification applied to clarifer-thickener model with several random perturbations | ABSTRACT |
| Fernando Betancourt Raimund Bürger Christophe Chalons Stefan Diehl Sebastian Farás |
A random sampling approach for a family of Temple-class systems of conservation laws | ABSTRACT |
| Raimund Bürger Stefan Diehl Camilo Mejías |
A system of convection-diffusion-reaction PDEs modelling continuous sedimentation with reactions | ABSTRACT |
| Raimund Bürger Sudarshan Kenettinkara Sarvesh Kumar Ricardo Ruiz-Baier |
Discontinuous approximation of viscous two-phase flow in heterogeneous porous media | ABSTRACT |
| Jitendra Kumar Severine Mortier Ingmar Nopens Mehakpreet Singh |
Numerical solution of 2D population balance models for wastewater treatment | ABSTRACT |
| Raimund Bürger Stefan Diehl Camilo Mejías |
On time discretizations for the simulation of the batch settling-compression process in one dimension | ABSTRACT |
| Stefan Diehl Ingmar Nopens Elena Torfs |
PDEs in the modelling of wastewater treatment processes and the need for reliable simulation tools | ABSTRACT |
| NUMERICAL METHODS FOR INTERFACE PROBLEMS Organized by Johnny Guzmán and Marcus Sarkis | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Daniele Boffi Lucia Gastaldi |
A fictitious domain approach with distributed Lagrange multiplier for fluid-structure interactions | ABSTRACT |
| Weifeng Qiu Manuel Solano Patrick Vega |
A high order HDG method for curved-interface problems | ABSTRACT |
| Pavel Bochev Paul Kuberry |
Variations on an interface theme | ABSTRACT |
| NUMERICAL METHODS FOR NON-LOCAL PROBLEMS Organized by Harbir Antil, Enrique Otárola and Abner Salgado | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Pavel Bochev Marta Delia |
A coupling strategy for nonlocal and local diffusion models with mixed volume constraints and boundary conditions | ABSTRACT |
| Ricardo Nochetto Enrique Otárola Abner Salgado |
A PDE approach to space-time fractional parabolic problems | ABSTRACT |
| Carlos D. Acosta Manuel D. Echeverry Estefanía J. Guevara Carlos E. Mejía Ricardo Ruiz-Baier |
Discrete mollification for inverse problems based on time-fractional differential equations | ABSTRACT |
| Bernando Cockburn kassem Mustapha |
HDG methods for fractional diffusion | ABSTRACT |
| Pablo Seleson |
Multiscale coupling methods in peridynamics | ABSTRACT |
| Marcelo Actis Marilina Carena Pedro Morin |
Nonlocal diffusions on fractals. Qualitative properties and numerical approximations | ABSTRACT |
| Afaf Bouharguane Remi Carles |
Numerical methods for a nonlocal conservation law | ABSTRACT |
| Bangti Jin Raytcho Lazarov Zhi Zhou |
Petrov-Galerkin finite element method for fractional convection-diffusion equations | ABSTRACT |
| RECENT ADVANCES IN DISCONTINUOUS GALERKIN METHODS Organized by Bernardo Cockburn, Jay Gopalakrishnan and Manuel Solano | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Noel Chalmers Lilia Krivodonova |
A characteristic-based CFL condition for the discontinuous Galerkin method on triangular meshes | ABSTRACT |
| Stéphane Lanteri Raphaël Léger Diego Paredes Claire Scheid Frédéric Valentin |
A multiscale hybrid-mixed method for the Maxwell equations in time domain | ABSTRACT |
| Jay Gopalakrishnan Peter Monk Paulina Sepúlveda |
A scheme with discontinuous and conforming spaces for the wave equation | ABSTRACT |
| Georg May Mohammad Zakerzadeh |
Convergence analysis of a shock-capturing discontinuous Galerkin scheme for hyperbolic conservation laws | ABSTRACT |
| Mohammed Louaked Nour Seloula |
Discontinuous Galerkin method for the Stokes equations with mixed boundary conditions | ABSTRACT |
| Allan Hungria Daniele Prada Francisco-Javier Sayas |
Hybridizable discontinuous Galerkin methods for elastodynamics | ABSTRACT |
| Yanlai Chen Bernardo Cockburn Bo Dong |
Superconvergent HDG methods for linear third-order equations in one-space dimension | ABSTRACT |
| RECENT DEVELOPMENTS IN NUMERICAL METHODS FOR HAMILTON-JACOBI-BELLMAN EQUATIONS AND MULTI-AGENT SYSTEMS Organized by Giacomo Albi, Dante Kalise and Francisco Silva | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Luis Briceño-Arias Dante Kalise Francisco Silva |
A proximal splitting method to solve some stationary mean field game systems | ABSTRACT |
| Adriano Festa Andrea Tosin Marie-Therese Wolfram |
Collision avoidance and pedestrian dynamics | ABSTRACT |
| Athena Picarelli Christoph Reisinger |
Duality-based error estimates for some approximation schemes for optimal investment problems | ABSTRACT |
| Alessandro Alla Maurizio Falcone Stefan Volkwein |
Error analysis for POD approximations in a dynamic programming framework | ABSTRACT |
| Giacomo Albi |
Multi-scale modeling and control of self-organizing systems | ABSTRACT |
| Olivier Bokanowski Eric Bourgeois Anna Désilles Hasnaa Zidani |
Trajectory optimization for a heavy launcher: A Hamilton-Jacobi approach | ABSTRACT |
| SESSION OF COMMUNICATIONS Organized by Leonardo Figueroa | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Daiana Barreiro Cristiane O. Faria José Karam Filho Abimael Loula Sandra Malta |
A stabilized hybrid finite element method for parabolic problems | ABSTRACT |
| Erwan Hingant Mauricio Sepúlveda |
Convergence of a finite volume scheme for a sorption-coagulation equation | ABSTRACT |
| Stela Leite Saulo P. Oliveira |
Error analysis of acoustic wave equation with non-constant coefficients by spectral element methods | ABSTRACT |
| Verónica Anaya Mostafa Bendahmane Michael Langlais Mauricio Sepúlveda |
Finite volume discretization for a reaction diffusion system modelling an indirectly transmitted disease | ABSTRACT |
| Leonardo E. Figueroa |
On spectral differentiation on the disk | ABSTRACT |
| TIME INTEGRATION OF PARTIAL DIFFERENTIAL EQUATIONS Organized by Steve Ruuth | ||
|---|---|---|
| Authors (speaker underlined) | Title | Abstract |
| Adam L. Preuss Raymond J. Spiteri Jeffrey K. Wiens |
A massively parallel, variable time-step, multi-GPU solver for the incompressible Navier-Stokes equations | ABSTRACT |
| Eskil Hansen Erik Henningsson |
Convergence order analyses of ADI splitting schemes for semilinear parabolic PDEs | ABSTRACT |
| Uri Ascher |
Data completion and manipulation: When can we get away with it? | ABSTRACT |
| Inmaculada Higueras David Ketcheson Tihamér A. Kocsis |
Monotonicity-preserving perturbations of Runge-Kutta schemes | ABSTRACT |
| Caio Jacob Milani Orlando Rodrigues Jr Joyce da Silva Bevilacqua |
Numerical simulation of the difusion of ferric Ions in fricke-gel dosimeters | ABSTRACT |
| Adrian Sandu |
Solving the time dimension in multiphysics multiscale PDE simulations | ABSTRACT |
| Yiannis Hadjimichael David Ketcheson Ketcheson |
Strong-stability-preserving additive linear multistep methods | ABSTRACT |