Posters will be on display for a full day. There will be informal poster sessions during the breaks.

Download the book of abstracts
and the schedule of contributed talks.

#### Monday 1.8.

**Anders Aase Solberg**

*Norwegian University of Science and Technology*

An extension of the large time step Godunov scheme to convection-diffusion equations

**Samuel Adesanya**

*Redeemer's University*

Weakly non-linear waves in hydromagnetic couple stress fluid-filled elastic tube with variable prestretch

**Elena Aristova**

*Keldysh Institute of Applied Mathematics of RAS*

Bicompact high resolution schemes for solving linear integral-differential transport equations

**Anar Assanova**

*Institute of Mathematics and Mathematical Modeling*

On the unique solvability of a nonlocal boundary value problem with integral conditions for the system of hyperbolic equations

**Wasilij Barsukow**

*University of Würzburg*

A Low-Mach solver for the Euler equations allowing for gravity source terms

**Ghada Ben Belgacem**

*Ecole Polytechnique de Tunisie*

On the finite-time stabilizability of some hyperbolic systems by Lyapunov approach: applications

**Jonas Berberich**

*University of Würzburg*

Applying a well-balanced scheme for the compressible Euler equations with gravity in an astrophysical code

**Philip Berndt**

*Freie Universität Berlin*

Simulation of the shockless explosion combustion

**Thomas Camminady**

*RWTH Aachen University*

On a numerical scheme for the non-classical Boltzmann equation

**Clémentine Courtès**

*Paris Sud University*

Error estimates of a finite difference scheme for the Korteweg-de Vries equation

**Richard De La Cruz**

*Universidad Pedagógica y Tecnológica de Colombia*

Numerical evidence of delta shock solution for a totally linearly degenerate system of conservations laws

**Imad El Harraki**

*University Moulay Ismail*

Controllability of second order evolution equations by bilinear control and a class of unbounded feedbacks

**Cipriano Escalante Sanchez**

*Universidad de Malaga*

Non-hydrostatic pressure shallow flows: an implementation in 2D-domains using finite-volume and finite-difference scheme

**Abdelfeteh Fareh**

*Université Echahid Hamma Lakhdar*

Stabilization of a system of Timoshenko type with thermoelasticity type III in the presence of a distributed delay

**Robin Flohr**

*Karlsruhe Institute of Technology*

A splitting approach for freezing waves

**David Fridrich**

*Czech Technical University in Prague*

Cell-centered Lagrangian Lax-Wendroff HLL hybrid schemes

#### Tuesday 2.8.

**Juan Pablo Gallego Valencia**

*University of Würzburg*

A Runge-Kutta discontinuous Galerkin scheme for systems of hyperbolic conservation laws

**Tarek Ghoudi**

*Paris 13 University*

Adaptive element-finite element method and robust a Posteriori error estimates for diffusion problems with discontinuous coefficients

**Assia Guezane-Lakoud**

*Badji Mokhtar Annaba University*

Numerical solutions for integro-differential equations

**Sébastien Guisset**

*Université de Bordeaux*

The angular M_1 model in a moving velocity frame for gas dynamics applications

**Neelam Gupta**

*IIT Bombay*

Nonlinear waves with mixed nonlinearity in a van der Waals gas

**Christian Jäh**

*Loughborough University*

Well-posedness of hyperbolic systems with multiplicities and smooth coefficients

**Adewale James**

*American University of Nigeria*

A new Chebyshevian basis function on a special type of block method for the solution of first-order initial value problems with oscillating solutions

**Chaker Jammazi**

*Ecole Polytechnique de Tunisie*

Finite-time stabilization of Timoshenko beam control system by saturated boundary feedback laws

**Aku Kammonen**

*KTH Stockholm*

Numerical simulations of molecular dynamics observables related to conservation laws

**Touria Karite**

*University Moulay Ismail*

Numerical results of the boundary controllability for parabolic semilinear systems with state constraints

**Friedemann Kemm**

*Leibniz University Hannover*

Considerations on the carbuncle phenomenon

**Thomas Kugler**

*TU Darmstadt*

Structure preserving model reduction for damped wave propagation on networks

**Rakesh Kumar**

*IIT Bombay*

Weighted adaptive numerical viscous stabilization technique for conservation laws using cubic B-spline quasi-interpolation

**Santosh Kumar**

*Thapar University, India*

Numerical simulation of neuronal behavior based on non-linear integrate-and-fire model

**Kerstin Küpper**

*RWTH Aachen University*

Two level sampling strategies for uncertainty quantification in hyperbolic relaxation systems

**Wanderson Jose Lambert**

*Universidade Federal de Alfenas - Brasil*

General structures in Riemann solutions for carbonated waterflood oil recovery

#### Wednesday 3.8.

**Rukhsana Kausar**

*TU Kaiserslautern*

Water hammer modeling with hyperbolic PDEs and switched DAEs: a comparison based study

**Xavier Lhebrard**

*Université de Bordeaux*

Modelling and numerical approximation for the nonconservative bi-temperature MHD model

**Naveen Kumar Mahato**

*TU Kaiserslautern*

Particle methods for multi-group pedestrian flow

**Christoph Matern**

*University of Leipzig*

Numerical solutions for a weakly hyperbolic two-phase flow model of dispersed vapor bubbles in a liquid

**Victor Michel-Dansac**

*Université de Nantes*

High-order well-balanced scheme for the shallow-water equations with topography and Manning friction

**Kamran Mohseni**

*University of Florida*

Observable regularization of multidimensional Burgers and Euler equations

**Ram Murti**

*IIT Bombay*

Propagation of two dimensional wavefront in inhomogeneous media

**Maruthi Naliganahalli Hanumantharayappa**

*Indian Institute of Science*

A hybrid central solver for ideal MHD

**Marko Nedeljkov**

*University of Novi Sad*

Singular radially symmetric solutions to multidimensional conservation laws

**Jurij Novickij**

*Vilnius University*

On the stability of discrete nonlocal hyperbolic boundary problem

**Endar H. Nugrahani**

*Bogor Agricultural University*

Kinetic modelling and empirical finding on Indonesian vehicular traffic system

**Chinedu Nwaigwe**

*University of Warwick*

Approaches for coupling 2D/1D shallow water equations

**Shamsul Qamar**

*COMSATS Institute of Information Technology*

Numerical solutions of two-phase shallow flow models

**Boris Rogov**

*Keldysh Institute of Applied Mathematics*

Iterative approximate factorization of operators of high accuracy bicompact scheme for solving a hyperbolic system of multidimensional quasilinear equations

**Abdel-ilah Saaof**

*Moulay Ismail University*

Boundary initial state reconstruction with constraints for distributed hyperbolic systems

#### Thursday 4.8.

**Saida Sari**

*IPEIN*

Multi-layered model with mass exchange for recirculation flows

**Marc Sedjro**

*KAUST*

Hyperbolic conservation laws arising in the study of forward-foward mean field games

**Nazish Shahid**

*Forman Christian College*

Green's function method to approximate spectral function and quasi-particles' energy in a quantum Fermi system

**Hariom Sharma**

*IIT Roorkee*

A study of cylindrical shock wave in magnetogasdynamics using similarity Method

**Bangwei She**

*Czech Academy of Sciences*

A stabilized FE-FV scheme for the compressible Navier-Stokes-Fourier system

**Triveni P. Shukla**

*IIT Bombay*

Weakly nonlinear waves in non-ideal fluids

**Sista Sivaji Ganesh**

*IIT Bombay*

Convergence of quasi-linear parabolic approximations to an entropy solution of a scalar conservation law

**Jakub Slavik**

*Charles University, Prague*

Semilinear damped wave equation in locally uniform spaces

**Yuusuke Sugiyama**

*Tokyo University of Science*

Finite time degeneracy of 1D quasilinear wave equations

**Fairouz Tchier**

*King Saud University*

Iteration in Kleene algebra: shortest path

**Allen Tesdall**

*City University of New York*

A spectral and WENO hybrid method for the transonic small disturbance equations

**Yoshihiro Ueda**

*Kobe University*

Analysis for the regularity-loss structure of thermoelastic plate equations

**Lisa Wagner**

*TU Darmstadt*

Second order implicit schemes for solving balance laws with applications to water supply networks

**Sanjay Yadav**

*The Northcap University*

Far field behavior to study planar shock waves in radiative magnetogasdynamics