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Index of Titles

A complete list of all conference contributions. Use the alphabetical filter or the search box below to find specific submissions. Click on any contribution to view its session details.

List by Initial Letter: A B C D E F G H I J K L M N O P Q R S T U V W X Y Z All Titles

Contribution Title	Author(s)	Session
$L^2$-contraction for viscous-dispersive shock waves of KdV-Burgers equation	Chen, Geng (2); Eun, Namhyun (1); Kang, Moon-Jin (1); Shen, Yannan (2)	Singular Limits and Large Time Behaviour
A bulk-surface Cahn-Hilliard model for chemically active wetting	Kamath Katapady, Megha	Mixed-Type Problems
A characteristic-based numerical scheme for the optimal control of production-destruction dynamics	Cacace, Simone (1); Oliviero, Alessio (1); Pezzella, Mario (2)	General Numerical Methods
A convergent front tracking scheme with an application to gas dynamics	Bhatnagar, Manas (1); Young, Robin (2)	Riemann Problems and Wave Patterns
A depth-integrated model for dry granular flows in local curvilinear coordinates with friction correction	Valiente Ávila, Sergio (1); Morales de Luna, Tomás (1); Garres Díaz, José (2); Castro Díaz, Manuel Jesús (1)	Dimensionally Reduced Flows
A dispersive generalized Riemann problem for Galerkin methods	Tirapelle, Michel; Keim, Jens; Rohde, Christian	Higher Order Space Discretizations
A double coordinate system for submarine landslides and generated tsunamis	Léger, Gwendal (1); Bouchut, François (2); Frenández-Nieto, Enrique Domingo (1); Mangeney, Anne (3); Narbona-Reina, Gladys (1)	Dimensionally Reduced Flows
A finite element view on arbitrarily high-order accurate active flux methods	Barsukow, Wasilij	Active Flux/Central-Upwind
A finite volume characteristics scheme for compressible non-equilibrium multiphase flows	Aboussi, Wassim; Pons, Kevin	General Numerical Methods
A fully-learnable PDE-informed framework for conservation laws	Abreu, Eduardo (1); Florindo, Joao (1); Lambert, Wanderson (2)	Machine Learning Methods
A Hamiltonian approach to entropy-stable and well-balanced schemes	Ersing, Patrick; Winters, Andrew R.	Structure Preserving Methods
A hat function-based positive contact discontinuity capturing Boltzmann scheme	Singh, Balwinder; Raghurama Rao, S. V.	Kinetic and Moment Equations
A high-order structure-preserving scheme for a model for two-layer thin film flow	Zawallich, Jan (1); Barthwal, Rahul (2); Öffner, Philipp (1)	Higher Order Space Discretizations
A hyperbolic approximation of the nonlinear Schrödinger equation	Biswas, Abhijit (1,2); Busaleh, Laila, B. (1,3); Ketcheson, David, I. (1); Muñoz-Moncayo, Carlos (1); Rajvanshi, Manvendra (1)	Relaxation Approximation
A hyperbolic relaxation approximation of the incompressible Navier-Stokes equations with artificial compressibility	Huang, Qian (1); Rohde, Christian (1); Yong, Wen-An (2); Zhang, Ruixi (2)	Relaxation Approximation
A IMEX-based spectral scheme with adaptive time-stepping for the Vlasov-Poisson system in the quasi-neutral limit	Collufio, Bernardo	General Numerical Methods
A kinetic energy preserving discontinuous Galerkin scheme based on a flexible velocity kinetic model	Wagh, Kedar; Raghurama Rao, S.V.; Ganesan, Sashikumaar	Structure Preserving Methods
A kinetic framework for SIR-type epidemic models: mean-field limit and asymptotic analysis	Martalò, Giorgio	Kinetic and Moment Equations
A Lax-type framework for fluid models: convergence and error estimates	She, Bangwei	Invited Lecture Bangwei She
A Liouville-type theorem for 2x2 systems of hyperbolic conservation laws and applications	Talamini, Luca (1); Ancona, Fabio (2); Marconi, Elio (2)	Well-posedness and Regularity
A local-in-time quadratic functional for scalar conservation laws	Baitenov, Egor; Modena, Stefano	Riemann Problems and Wave Patterns
A locally divergence-free local characteristic decomposition based path-conservative central-upwind scheme for ideal magnetohydrodynamics	Chu, Shaoshuai (1); Kurganov, Alexander (2); Lukácová-Medvidová, Mária (3); Na, Mingye (3)	Active Flux/Central-Upwind
A low-dissipation central-upwind schemes for ideal MHD	Cheng, Yu-Chen (1); Chandrashekar, Praveen (2); Klingenberg, Christian (1)	Active Flux/Central-Upwind
A model-adaptive discontinuous Galerkin scheme for linearized hierarchical moment equations	Geratz, Matthias; Torrilhon, Manuel	Kinetic and Moment Equations
A moment based extension to the shallow water equations	Paar, Robin; Torrilhon, Manuel	Kinetic and Moment Equations
A multigrid-solved IMEX-AP scheme for the low-Froude shallow water equations	Inzunza, Daniel; Perrier, Vincent	General Numerical Methods
A multilevel strategy for high-dimensional random hyperbolic conservation laws	Hinzmann, Kai; Herty, Michael; Kolb, Adrian; Müller, Siegfried	Probabilistic Models
A new asymptotic-preserving dual formulation finite-volume method for the compressible Euler equations	Chertock, Alina	Structure Preserving Methods
A new model for two-layer liquid-gas stratified flows in pipes with general cross sections	Hernández-Dueñas, Gerardo (1); Shah, Sarswati (2)	Dimensionally Reduced Flows
A nonlocal toy model for quasigeostrophic thermal active scalar	Abreu, Eduardo (1); Pérez, John (2); Quispe-Cuba, Nelson (3); Valencia-Guevara, Julio (4)	Nonlocal Models
A nonlocal transport model for human blood cell dynamics	Friedrich, Jan (1); Shi, Wenhui (2); Stiehl, Thomas (3)	Nonlocal Models
A nonlocal upstream-downstream traffic flow model	Villada-osorio, Luis-Miguel	Traffic Flow
A posteriori error analysis of a Runge-Kutta discontinuous Galerkin scheme for nonlinear convection-diffusion systems in convection-dominated flows	Dedner, Andreas (1); Giesselmann, Jan (2); Kwon, Kiwoong (2); Pryer, Tristian (3)	Numerical Analysis
A posteriori error estimates for high order approximations of hyperbolic balance laws	Sikstel, Aleksey (1); Giesselmann, Jan (2); Guerra, Graziano (3)	Numerical Analysis
A provably convergent MUSCL-type central scheme for conservation laws with discontinuous flux	Manoj, Nikhil (1); K, Sudarshan Kumar (2)	General Numerical Methods
A Riemann problem in two-phase real fluid mixture	Kumar, Pardeep (1); Rosen, Patricio (2)	Riemann Problems and Wave Patterns
A second-order asymptotic-preserving IMEX scheme for the isentropic compressible Cahn-Hilliard-Navier-Stokes equations	Martorell, Andreu; Mulet, Pep; Yáñez, Dionisio F.	Structure Preserving Methods
A second-order invariant-region-preserving scheme for a transport-flow model of polydisperse sedimentation	Barajas-Calonge, Juan (1); Bürger, Raimund (2); Mulet, Pep (3); Villada, Luis Miguel (1)	Structure Preserving Methods
A semi-Lagrangian method for the polyatomic ESBGK model	Willems, Klaas (1,2); Arlemark, Erik (3); Samaey, Giovanni (1); Klar, Axel (2)	Kinetic and Moment Equations
A simple and general framework for the construction of exactly div-curl-grad compatible discontinuous Galerkin finite element schemes on unstructured simplex meshes	Dumbser, Michael (1); Abgrall, Remi (2); Maire, Pierre-Henri (3)	Structure Preserving Methods
A structure preserving scheme for the Alber equation, and investigation of the onset of instability	Athanassoulis, Agissilaos (1); Kyza, Irene (2); Karakatsani, Fotini (3)	Relaxation Approximation
A structure-preserving compact high-order method for multi-dimensional hyperbolic conservation laws	Klingenberg, Christian	Higher Order Space Discretizations
A structure-preserving numerical method based on a neural network for a hyperbolic relaxation system	Song, Yingjie (1,2); Rohde, Christian (1)	Machine Learning Methods
A thermodynamically compatible scheme for continuum mechanics with torsion	Lucca, Alessia; Peshkov, Ilya; Dumbser, Michael	Structure Preserving Methods
A two-fluxes stochastic model of traffic waves	Bressan, Alberto; Kanale Suresha, Sumantha	Traffic Flow
Active flux method for hyperbolic problems using bicharacteristic evolution operators and WENO reconstruction	Tang, Zhuyan	Active Flux/Central-Upwind
Adapting priority Riemann solver for GSOM on road networks	Balzotti, Caterina (3); Bianchini, Roberta (1); Briani, Maya (1); Piccoli, Benedetto (2)	Traffic Flow
Adaptive schemes for hyperbolic systems of conservation laws	Kurganov, Alexander	Scientific Computing
ADER schemes go faster and faster	Chiocchetti, Simone; Gassner, Gregor	Higher Order Time Discretizations
An active flux method for compressible Navier-Stokes equations	Duan, Junming (1); Barsukow, Wasilij (2); Christian, Klingenberg (3)	Active Flux/Central-Upwind
An adaptive spectral element method for systems of conservation laws	Colera--Rico, Manuel (1); Dolejsí, Vít (2)	Higher Order Space Discretizations
An all-Froude semi-implicit solver for two-dimensional shallow-water	Ramírez Fuentes, José Ignacio; Muñoz Ruiz, María de la Luz; Escalante Sánchez, Cipriano; Morales de Luna, Tomás	Structure Preserving Methods
An arbitrary Lagrangian-Eulerian semi-implicit FV/FE method for continuum mechanics	Busto, Saray (1,2)	ALE Methods
An Arbitrary-Lagrangian-Eulerian solver for relativistic detonation waves	Rinaldi, Sara; Zanotti, Olindo; Dumbser, Michael	ALE Methods
An asymptotic-preserving scheme for the low-Mach-number Euler equations via dissipative measure-valued solutions	Koottungal Revi, Arun (1); Krishnamurthy, Amogh (1); Lukacova-Medvidova, Maria (2)	Structure Preserving Methods
An energy preserving domain of dependence stabilization method on cut cell meshes	Birke, Gunnar (1); Engwer, Christian (1); May, Sandra (2); Petri, Louis (3); Ranocha, Hendrik (3)	General Numerical Methods
An entropy stable discontinuous Galerkin spectral element method on heterogeneous grids	Keim, Jens; Schwarz, Anna; Kopper, Patrick; Rohde, Christian; Beck, Andrea	Higher Order Space Discretizations
An exact Riemann solver for two layer two-phase flow model with Chaplygin pressure law	Prasad Thawait, Sheetal	Riemann Problems and Wave Patterns
Analytical and numerical construction of tangent vectors to multi-dimensional scalar conservation laws	Dreßen, Olivia; Herty, Michael; Kolb, Adrian; Müller, Siegfried	Blowup and Stability
Asymptotic approximations of solutions to conservation laws near singularities.	Bressan, Alberto	Singular Limits and Large Time Behaviour
Asymptotic stability of steady transonic flows in nozzles	Ohnawa, Masashi	Blowup and Stability
Asymptotic-preserving discontinuous Galerkin method for the Navier Stokes equations with low Mach number	Anandan, Megala; Lukáčová-Medvid’ová, Mária; Zhang, Jiahui	Structure Preserving Methods
Barotropic-baroclinic splitting for multilayer shallow water models with exchanges	Aguillon, Nina (1); Hörnschemeyer, Sophie (2); Sainte-Marie, Jacques (1)	General Numerical Methods
Beyond polynomials: entropy stable and conservative discontinuous Galerkin methods with non-polynomial function spaces	Haase, Henry Morten; Glaubitz, Jan; Winters, Andrew	Higher Order Space Discretizations
Beyond polynomials: SBP operators for general function spaces	Glaubitz, Jan	Higher Order Space Discretizations
Beyond the log law: Legendre polynomial velocity profiles for shear stress and sediment transport in shallow water models	Parvin, Afroja (1); Koellermeier, Julian (2); Samaey, Giovanni (1)	Kinetic and Moment Equations
Bound- and positivity-preserving path-conservative central-upwind AWENO scheme for the five-equation model of compressible two-component flows	Fu, Qingcheng	Active Flux/Central-Upwind
Build, analyse and simulate hierarchical PDEs for free-surface flows with Zoomy	Steldermann, Ingo; Kowalski, Julia	Kinetic and Moment Equations
Combined compressible-incompressible multiphase modelling approach of solid propellant ignition and combustion using an extended discontinous Galerkin method	Tomaschewski, Daniel	General Numerical Methods
Comparing the computational complexity of active flux and discontinuous Galerkin methods	Barsukow, Wasilij (1); Klingenberg, Christian (2); Krotsch, Simon (2)	Active Flux/Central-Upwind
Conservation laws with coinciding smooth solutions in fluid dynamics and traffic flow	Guerra, Graziano (1); Colombo, Rinaldo M. (2); Marcellini, Francesca (2)	Traffic Flow
Conservation laws with discontinuous gradient-dependent flux	Amadori, Debora (1); Bressan, Alberto (2); Shen, Wen (2)	Traffic Flow
Conservative discretization of a nonlinear hyperbolic phase-transport system with curvature	Sambandam, Baskar (1); Gowda, Veerappa (2)	Dimensionally Reduced Flows
Consistent kinetic models for quantum gases - modeling and long-time behavior	Pirner, Marlies	Kinetic and Moment Equations
Constraints preserving Lax-Wendroff flux reconstruction for relativistic hydrodynamics with general equations of state	Basak, Sujoy (1); Babbar, Arpit (2); Kumar, Harish (1); Chandrashekar, Praveen (3)	Relativistic Flows
Construction of asymptotic preserving schemes for kinetic models using upwind summation-by-parts operators	Elghawi, Salim; Ortleb, Sigrun	Structure Preserving Methods
Convergence of a discretized observer for the Euler equations	Chaumet, Aidan; Giesselmann, Jan	Numerical Analysis
Convergence of a finite volume scheme for the Navier-Stokes-Korteweg equations to measure-valued solutions	Giesselmann, Jan (2); Öffner, Philipp (1); Sauerborn, Robert (1)	Numerical Analysis
Convergence of the non-staggered Nessyahu-Tadmor scheme for coupled systems of one-dimensional nonlocal balance laws	Sudha, Sanjibanee (1); Friedrich, Jan (2); Samala, Rathan (1)	General Numerical Methods
Convergence to superposition of boundary layer, rarefaction and shock for the inflow problem of the 1D Navier-Stokes equations	Han, Sungho (1); Kang, Moon-Jin (1); Kim, Jeongho (2); Kim, Nayeon (1); Oh, HyeonSeop (1)	Riemann Problems and Wave Patterns
Coupling a Maxey-Riley solver with Eulerian shallow-water solvers: contrasting finite-volume and E-SPH approaches.	L. Ferreira, Rui M.; Rahou, Ibrahim; Ricardo, Ana M.	General Numerical Methods
Density of "wild" initial data for the isentropic Euler equations considering global-in-time admissible weak solutions	Markfelder, Simon (1); Boutros, Daniel (2)	Blowup and Stability
Development of discontinuous Galerkin methods for hyperbolic systems that preserve a divergence or a curl constraint	Jung, Jonathan (2,1); Perrier, Vincent (1,2)	Structure Preserving Methods
Development of implosions of solutions of the three-dimensional degenerate compressible Navier-Stokes equations	Chen, Gui-Qiang G (1); Liu, Lihui (2); Zhu, Shengguo (2)	Blowup and Stability
Direct and inverse problems in a hypersonic piston model with large velocity variations	Hu, Dian (1); Li, Qianfeng (2); Zhang, Yongqian (3)	Control and Inverse Problems
Discrete adjoint gradient computation for multiclass traffic flow models on road networks	Mezquita-Nieto, Carmen (1,2,3,4); Goatin, Paola (2,3,4); Klar, Axel (1)	Control and Inverse Problems
Dispersive boundary layers for scalar conservation laws in one space dimension and their stability	Antonelli, Paolo (2); Marcati, Pierangelo (2); Spinolo, Laura V. (1)	Dispersive Waves
Dispersive waves in quasilinear hyperbolic systems on a periodic background	Russo, Giovanni	Dispersive Waves
Dissipative structure of higher order regularizations of hyperbolic systems of conservation laws in several space dimensions	Angeles, Felipe (1); Plaza, Ramón G. (1); Valdovinos, José Manuel (2)	Singular Limits and Large Time Behaviour
Dissipative weak solutions for the two-component Euler-system	Agnihotri, Jaya; Offner, Philipp	Numerical Analysis
Do Riemann solutions consist of rarefactions, shocks, and constants?	Plohr, Bradley J. (1); Schecter, Stephen (2); Marchesin, Dan (3)	Riemann Problems and Wave Patterns
Domain-of-dependence-stabilized cut-cell discretizations of linear kinetic models with summation-by-parts properties	Petri, Louis (1); Ortleb, Sigrun (2); Birke, Gunnar (3); Engwer, Christian (3); Ranocha, Hendrik (1)	General Numerical Methods
Dynamic stability of Nash equilibria for a conservation law model of traffic flow	Harmon, Daniel (1); Bressan, Alberto (1); Marconi, Elio (2)	Blowup and Stability
Dynamics of delta shock waves originating from a three pieces Riemann problem for traffic flow model	., Priyanka; ., Dr. M. Zafar	Riemann Problems and Wave Patterns
Effective dispersive model and resonance in fluids with periodic geometry	Busaleh, Laila (1,2); Ketcheson, David (2)	Dispersive Waves
Effective equations for a compressible liquid-vapor flow model	Wendt, Florian; Rohde, Christian	Well-Posedness and Regularity
Efficient WENO schemes for nonuniform grids with optimal accuracy	Martí, Mari Carmen; Mulet, Pep; Yáñez, Dionisio F.; Zorío, David	General Numerical Methods
Encryption and decryption through general non local balance laws	Amadori, Debora (1); Colombo, Rinaldo M. (2); Salvadori, Andrea (1,3)	Nonlocal Models
Entropy analysis and entropy stable DG methods for the shallow water moment equations	Careaga, Julio (1); Ersing, Patrick (2); Koellermeier, Julian (1,3); Winters, Andrew R. (2)	Higher Order Space Discretizations
Entropy stable numerical schemes for divergence diminishing Chew, Goldberger & Low equations for plasma flows	Singh, Chetan (1); Kumar, Harish (1,2); Bhoriya, Deepak (3); Balsara, Dinshaw S. (4,5)	Structure Preserving Methods
Entropy-stable high-order shock capturing on heterogeneous grids for discontinuous Galerkin spectral element methods	Schwarz, Anna; Keim, Jens; Beck, Andrea	Higher Order Space Discretizations
Equilibrium boundary conditions for vectorial multi-dimensional lattice Boltzmann schemes	Bellotti, Thomas (1); Aregba-Driollet, Denise (2)	Kinetic and Moment Equations
Error estimates of an asymptotic-preserving discontinuous Galerkin method for the continuous data assimilation algorithm of Navier-Stokes system	Anandan, Megala; Lukáčová-Medvid’ová, Mária; Zhang, Jiahui	Numerical Analysis
Exact Riemann solver for a laminar two-phase flow model with two velocities	Tungala, Raja Sekhar	Riemann Problems and Wave Patterns
Existence of spiral strategies for blocking fire spreading	Bianchini, Stefano (1); Zizza, Martina (2)	Control and Inverse Problems
Experimental and non-hydrostatic Saint-Venant-Exner modeling of dike breach by overtopping	Moya, Jorge (1); Jónatas, Ricardo J. L (2); Ferreira, Rui M. L (3); Amaral, Silvia (3); Escalante, C. (4); Fernandez-Nieto, Enrique D. (1)	General Numerical Methods
Extending Quinpi in 2D: an implicit scheme for nonlinear conservation laws	Zappa, Alessandra; Semplice, Matteo	Higher Order Time Discretizations
Failsafe continuous Galerkin discretizations with stabilizations based on artificial intelligence	Hajduk, Hennes	Machine Learning Methods
Fast reconnection for incompressible MHD equations	Ciampa, Gennaro	Symmetry Methods
Formal derivation of a stratified compressible two-phase flow model	Le Vourc'h, Pierrick	Singular Limits and Large Time Behaviour
Formation of vacuum state and delta shock in the solution of two-dimensional Riemann problem for zero pressure gas dynamics	Pandey, Anamika	Riemann Problems and Wave Patterns
From real to ideal compressible fluids	Feireisl, Eduard	James Glimm Lecture Eduard Feireisl
Galois connections in Hamilton - Jacobi equations and conservation laws	Colombo, Rinaldo M. (1); Perrollaz, Vincent (2)	Control and Inverse Problems
Gas flow of mixtures on networks: existence of steady states with non-constant compressibility factors	Ulke, Alena (1); Schuster, Michael (2); Göttlich, Simone (1)	Blowup and Stability
Generalised Riemann problem and wave interactions in a macroscopic production model	Sahu, Lilu	Riemann Problems and Wave Patterns
Geometric Quasi-Linearization for bound-preserving schemes: From general framework to unveiling the hidden algebraic-differential relation in MHD	WU, Kailiang	Invited Lecture Kailiang Wu
Global existence and nonlinear stability of finite-energy solutions of the compressible Euler-Riesz equations with large initial data of spherical symmetry	José, Carrillo (2); Charles, Samuel (2); Chen, Gui-Qiang (2); Yuan, Difan (1)	Well-Posedness and Regularity
Global small solutions to the 2D non-resistive compressible MHD system near an equilibrium	Zhu, Yi	Well-Posedness and Regularity
Global well-posedness and asymptotic behavior of large strong solutions to viscous compressible fluids with variable coefficients	Li, Yachun	Well-Posedness and Regularity
Global well-posedness for the degenerate compressible Navier-Stokes equations with large data of spherical symmetry	Chen, Gui-Qiang (1); Zhang, Jiawen (2); Zhu, Shengguo (2)	Well-Posedness and Regularity
Gradient regularization in viscoelasticity: analysis and asymptotic limits	AlNajjar, Aseel (1); Spirito, Stefano (2); Tzavaras, Athanasios (1)	Singular Limits and Large Time Behaviour
Gramian moment closures for kinetic equations: hyperbolicity and numerics	Yilmaz, Eda; Torrilhon, Manuel	Kinetic and Moment Equations
High order numerical discretizations of the Einstein-Euler equations in the generalized harmonic formulation	Muzzolon, Stefano (1,2); Dumbser, Michael (2); Zanotti, Olindo (2); Gaburro, Elena (1)	Relativistic Flows
High-fidelity adjoint aerodynamic optimization design based on high-order CFD solvers for NS equations	Wang, Kun; Liu, Tiegang; Zhang, Bin; Wang, Jiaxin	Control and Inverse Problems
High-order flux splitting schemes for the Euler equations of gas dynamics	Chu, Shaoshuai (1); Herty, Michael (1); Toro, Eleuterio F. (2)	Higher Order Space Discretizations
High-order well-balanced schemes for balance laws: recent advances, challenges, and numerical results	Castro Diaz, Manuel Jesus	Plenary Lecture Manuel Jesus Castro Diaz
Hölder continuity for multi-d balance laws	Caravenna, Laura (1); Cliffe, Alexander (1); Marconi, Elio (1); Pinamonti, Andrea (2)	Well-Posedness and Regularity
How to make fully discrete entropy stability of three-point well-balanced finite-volume schemes	Berthon, Christophe (1); Castro Díaz, Manuel (2); Martaud, Ludovic (3); Morales de Luna, Tomás (2)	Structure Preserving Methods
Hybrid modeling of hyperbolic systems of equations and auto-diﬀerentiability	Després, Bruno	Machine Learning Methods
Hydrodynamic limit of the Boltzmann equation towards Riemann solutions composed of shocks	Choe, Mingi (1); Kang, Moonjin (1); Kim, Chanwoo (2)	Kinetic and Moment Equations
Hyperbolic modelling for thin film flows	Barthwal, Rahul (1); Rohde, Christian (1); Wang, Yue (2)	Dimensionally Reduced Flows
Hyperbolic regularization of free-surface flow models	Koellermeier, Julian (1,2)	Singular Limits and Large Time Behaviour
Hyperbolic relaxation of the Navier-Stokes-Cahn-Hilliard system for incompressible two-phase flows	Konan, Hasel Cicek; Rohde, Christian	Relaxation Approximation
Implosions in compressible Euler	Vicol, Vlad	Plenary Lecture Vlad Vicol
In-cell discontinuous reconstruction path-conservative methods for conservative systems in primitive variables	Pimentel-García, Ernesto (1); Ricchiuto, Mario (2); Parés, Carlos (1)	General Numerical Methods
Incompressible limits at large Mach number for a reduced compressible MHD system	Wróblewska-Kamińska, Aneta	Singular Limits and Large Time Behaviour
Interpretation of distributed residual methods with piece-wise defined test functions	Boulvard, Pierre-Marie	General Numerical Methods
Invariant region preserving schemes for mixed hyperbolic-parabolic SPDEs	Christiansen, Thomas (1); Karlsen, Kenneth H. (1); Maroni, Kristian Nekstad (1); Ulusoy, Süleyman (2)	Structure Preserving Methods
Kermack-McKendrick type models for epidemics with nonlocal aggregation terms	Ghaderi Zefreh, Fatemeh	Nonlocal Models
Large bulk viscosity limit for compressible MHD equations in critical Besov spaces	Ciampa, Gennaro; Donatelli, Donatella; Pellecchia, Giada	Singular Limits and Large Time Behaviour
Learn to evolve: self-supervised neural operator for nonlinear gradient flows	Wang, Li	Invited Lecture Li Wang
Localization of self-similar solutions in diffusion–relaxation systems	Kim, Hoyoun	Mixed-Type Problems
Localization phenomena in chemotaxis and in inelastic fracture	Tzavaras, Athanasios	Hyperbolic Modelling
Long time behavior of stochastic isentropic Euler equation with linear damping	Dai, Rongyi (1); Kuan, Jeffrey (2); Tawri, Krutika (3); Canic, Suncica (1); Trivisa, Konstantina (3)	Singular Limits and Large Time Behaviour
Long-time asymptotic analysis of the Vlasov equation under a strong magnetic field	Trullo, Manuela (1); Filbet, Francis (2); Rodrigues, Luis Miguel (3)	Kinetic and Moment Equations
Machine learning–enhanced junction modeling for shallow-water channel	Tognon, Djahou; Ribot, Magali; Galerne, Bruno	Machine Learning Methods
Many species system with nonlocal interactions driven by Riesz potentials	Iorio, Valeria	Mixed-Type Problems
Maximal energy dissipation principle and the Riemann problem for shallow water flow	Ružičić, Sanja	Riemann Problems and Wave Patterns
Measure solutions, smoothing effect, and deterministic particle approximation for a conservation law with non-local flux	Di Francesco, Marco; Fagioli, Simone; Radici, Emanuela	Nonlocal Models
Micro to macro: from infinite follow the leader ODEs to general traffic models	Marcellini, Francesca (1); Colombo, Rinaldo M. (1); Guerra, Graziano (2)	Traffic Flow
Mixing at the Batchelor scale for white-in-time flows	Chemnitz, Dennis (1); Chemnitz, Robin (2)	Probabilistic Models
Modeling edema dynamics in soft tissue using mixture theory	Bonfiglio, Simone (1); Carpio, Ana (2)	Multiscale and Homogenization
Modeling non-propagating modes by dispersive hyperbolic systems	Peshkov, Ilya (1); Le Marrec, Loïc (2)	Dispersive Waves
Moment approximations to magnetic rotating shallow flows	Redle, Michael (1,2); Koellermeier, Julian (3,4); Torrilhon, Manuel (2)	Kinetic and Moment Equations
Monotone-based numerical schemes for two-dimensional systems of nonlocal conservation laws	Beckers, Anika (1); Friedrich, Jan (2); Herty, Michael (1)	Nonlocal Models
Multidimensional Riemann problems and hyperbolic conservation laws	Chen, Gui-Qiang George	Plenary Lecture Gui-Qiang George Chen
Multiscale hyperbolic-parabolic models for nonlinear reactive transport in heterogeneously fractured porous media	Melnyk, Taras (1); Pop, Sorin (2); Rohde, Christian (3)	Multiscale and Homogenization
Multiscale modelling of cancer invasion and metastasis: the effects of tumour heterogeneity	Katsaounis, Dimitrios (1); Sfakianakis, Nikolaos (2); Chaplain, Mark AJ (2)	Multiscale and Homogenization
Nonlinear sound waves in compressible Euler	Young, Robin	Well-Posedness and Regularity
Nonlinearly stable open boundary conditions for shallow water flows	Winters, Andrew	Higher Order Space Discretizations
Nonlocal conservation laws with p-norm, the singular limit problem and applications to traffic flow	Chiarello, Felisia Angela (2); Keimer, Alexander (1); Pflug, Lukas (3)	Traffic Flow
Nonlocal models with time delay for mixed autonomous/human-driven traffic	Ciaramaglia, Ilaria (1,2); Goatin, Paola (1); Puppo, Gabriella (2)	Traffic Flow
Nonlocal regularizations of the Burgers equation	Viorel, Adrian	Nonlocal Models
Numerical discretization of conservation laws using Young measures	Herty, Michael	Invited Lecture Michael Herty
Numerical error estimates for the compressible Navier-Stokes equations with potential temperature transport	Lukáčová-Medvid’ová, Mária; Schömer, Andreas	Numerical Analysis
Numerical homogenization of multiscale hyperbolic conservation laws	Merlini, Giulia (1,2); Le Bris, Claude (1,2); Legoll, Frederic (1,2)	Multiscale and Homogenization
Numerical investigation of nonlinear age-structured tumor cell population model	Singh, Paramjeet	General Numerical Methods
Numerical methods for the Camassa-Holm equation in the zero-filter limit	Geladaris, Dimitrios; Rohde, Christian	Numerical Analysis
Numerical simulations of single-mode Rayleigh--Taylor and Richtmyer--Meshkov instabilities with improved front-tracking/ghost-fluid method	Kaman, Tulin	General Numerical Methods
Numerical solutions of hyperbolic equations – wave breaking leads the way	Grunert, Katrin	Invited Lecture Katrin Grunert
Numerical study of dissipative measure-valued solutions for the compressible Euler system	Yu, Changsheng	Numerical Analysis
Numerical study of polydisperse sedimentation in complex geometries using an invariant-region-preserving scheme	Barajas-Calonge, Juan (1); Bürger, Raimund (2); Mulet, Pep (3); Villada, Luis Miguel (1)	Structure Preserving Methods
OEDG: Oscillation-eliminating discontinuous Galerkin method for hyperbolic conservation laws	Peng, Manting (1); Sun, Zheng (2); Wu, Kailiang (1,3,4)	Higher Order Space Discretizations
Oleinik inequality for balance laws	Harb, Rida; Junca, Stéphane	Well-Posedness and Regularity
On controllability of conservation laws with space discontinuous flux	Ancona, Fabio (1); Talmini, Luca (2)	Control and Inverse Problems
On hyperbolic approximations for a class of dispersive and diffusive-dispersive equations	Barthwal, Rahul (1); Dhaouadi, Firas (2); Rohde, Christian (1)	Relaxation Approximation
On Lions density patch at the critical level	Violini, Alessandro (1); Škondrić, Stefan (2)	Well-Posedness and Regularity
On some typicality and density results for nonsmooth vector fields and the associated continuity equation	Cianfrocca, Francesco; Modena, Stefano	Well-Posedness and Regularity
On the dynamics of the 1D stochastic Quantum-Navier-Stokes equations	Pescatore, Lorenzo; Donatelli, Donatella; Spirito, Stefano	Probabilistic Models
On the equivalence of some non-conservative hyperbolic systems and conservative systems	Warnecke, Gerald (1); Thein, Ferdinand (2,3)	Hyperbolic Modelling
On the existence and uniqueness of nonlocal nonlinear conservation laws by means of fixed-point methods	Nick Zinat Matin, Hossein; Keimer, Alexander; Liverani, Lorenzo	Nonlocal Models
On the heat GLM system and its compatible discretization	del Rio Martin, Laura (1); Dhaouadi, Firas (2); Dumbser, Michael (3)	Structure Preserving Methods
On the optimal control of propagation fronts	Trifone, Chiara; Bianchini, Stefano	Control and Inverse Problems
On the vanishing viscosity limit for inhomogeneous incompressible Navier-Stokes equations on bounded domains	Schröder, Jens; Wiedemann, Emil	Singular Limits and Large Time Behaviour
On weak solutions to self-organized systems of Euler-type with non-constant interaction kernel	Cipollone, Gianmarco (1); Amadori, Debora (1); Christoforou, Cleopatra (2)	Well-Posedness and Regularity
Optimal convergence estimate of the limit from inverse power potential to hard sphere Boltzmann equation	Hu, Zheng-Nan (1); Jang, Jin Woo (2); Yao, Zheng-An (1); Zhou, Yu-Long (1)	Kinetic and Moment Equations
Oscillation-eliminating central DG schemes on Cartesian meshes for hyperbolic conservation laws	Peng, Manting (1); Wu, Kailiang (1,2); Yuan, Caiyou (1)	Higher Order Space Discretizations
Physical constraint preserving alternative finite-difference WENO scheme for hyperbolic systems with non-conservative products	Bhoriya, Deepak (1); Balsara, Dinshaw S. (2); Chandrashekar, Praveen (3); Shu, Chi-Wang (4)	Structure Preserving Methods
Positivity-preserving new low-dissipation central-upwind schemes for compressible Euler equations	Xin, Ruixiao	Active Flux/Central-Upwind
Preserving asymptotic limits at the discrete level	Puppo, Gabriella	Plenary Lecture Gabriella Puppo
Probabilistically strong solutions to stochastic Euler equations	Gess, Benjamin (2,3); Lasarzik, Robert (1)	Probabilistic Models
Quantification of numerical entropy loss for ocean models with a projection method	Aguillon, Nina (2,1); Boussard, Marie (1,2); Salomon, Julien (1,2)	Structure Preserving Methods
Quantum computation of Hamilton-Jacobi equations: multivalued and viscosity solutions, and quantum scientific computing platform “UnitaryLab”	Jin, Shi	Scientific Computing
Quasi-neutral limit and the mixer layer problem of Planck-Nernst-Poisson-Navier-Stokes equations for electro-hydrodynamics	Wang, Shu	Singular Limits and Large Time Behaviour
QUINPI: high order implicit schemes for conservation laws	Puppo, Gabriella (1); Semplice, Matteo (2); Visconti, Giuseppe (1); Zeravy, Michal (3)	Higher Order Time Discretizations
Realizability-preserving monolithic convex limiting in continuous Galerkin discretizations of the $M_1$ model of radiative transfer	Moujaes, Paul (1); Kuzmin, Dmitri (1); Bäumer, Christian (2)	General Numerical Methods
Recent advances in subcell based limiting for discontinuous Galerkin methods with guarantees	Gassner, Gregor	Invited Lecture Gregor Gassner
Recent development on active flux methodology	Abgrall, Remi (1); Liu, Yongle (1); Boscheri, Walter (2)	Active Flux/Central-Upwind
Recent progress on interaction energy minimizers	Shu, Ruiwen	Peter Lax Award Lecture Ruiwen Shu
Regularity of Lagrangian flows associated to singular vector fields	de Souza, Henrique; Nariyoshi, João Fernando	Well-Posedness and Regularity
Regularity of velocity averages in kinetic equations with heterogeneity	Karlsen, Kenneth	Well-Posedness and Regularity
Relative entropy method for relaxation of fluid systems	Mahmoud, Christina (1,2); Mathis, Hélène (1,2); Seguin, Nicolas (1,2)	Relaxation Approximation
Relativistic Navier-Stokes models	Freistühler, Heinrich	Relativistic Flows
Relaxation schemes for coupled systems of conservation laws	Kolbe, Niklas; Müller, Siegfried; Sikstel, Aleksey	Relaxation Approximation
Repeated blowup for Navier-Stokes solutions	Glimm, James	Blowup and Stability
SCOUT: Semi-Lagrangian COnservative and Unconditionally sTable schemes for nonlinear advection-diffusion problems	Preda, Silvia (1); Boscheri, Walter (2); Semplice, Matteo (1); Tavelli, Maurizio (3)	ALE Methods
Semi-implicit central scheme for hyperbolic systems of balance laws with relaxed source term	Sahu, Sudipta (1); Macca, Emanuele (2); Samala, Rathan (1)	General Numerical Methods
Shock wavefronts for forward-backward-forward parabolic equations	Berti, Diego (1); Corli, Andrea (2); Malaguti, Luisa (3)	Mixed-Type Problems
Similarity solutions and nonlinear wave interaction in a new hyperbolic model of two-phase thin film flow of perfectly soluble antisurfactant	Jangid, Hari Om; Raja Sekhar, T	Blowup and Stability
Singular limit for a class of nonlocal conservation laws via compensated compactness	Coclite, Giuseppe Maria (1); De Nitti, Nicola (2); Huang, Kuang (3)	Nonlocal Models
Singular limits in some nonlinear continuity equations	Crippa, Gianluca	Invited Lecture Gianluca Crippa
Smooth perturbations of diagonally implicit Runge–Kutta methods	Grant, Zachary (1); Driscoll, John (1); Gottlieb, Sigal (1); Herrera, César (2); Kakumanu, Tej Sai (1); Stephens, Monica (3)	General Numerical Methods
Stability analysis for the generalized viscous Burgers' equation with time delay	Ueda, Yoshihiro	Blowup and Stability
Stability analysis of ADER-DG methods on classical and degenerate spacetime geometries	Bonafini, Mauro (1); Torlo, Davide (2); Gaburro, Elena (1)	Higher Order Time Discretizations
Stability of planar rarefaction waves in the vanishing dissipation limit of the Navier–Stokes–Fourier system	Neves, Wladimir; Feireisl, Eduard	Blowup and Stability
Stabilized P2-DG method with artificial viscosity for steady hyperbolic conservation laws	Liu, Tiegang	Higher Order Space Discretizations
Stochastic collocation for the Euler system and neural networks	Lukácová-Medvid'ová, Mária; Schneider, Simon	Machine Learning Methods
Stochastic nonlocal traffic flow modeling	Böhme, Timo; Göttlich, Simone; Neuenkirch, Andreas	Probabilistic Models
String stability for hysteretic flows	Fan, Haitao (1); Corli, Andrea (2)	Mixed-Type Problems
Strong stability preserving time-evolution of hyperbolic PDEs: bounds and barriers	Gottlieb, Sigal	Plenary Lecture Sigal Gottlieb
Structure and asymptotic preserving schemes for the Vlasov-Poisson system and related models	Filbet, Francis	Plenary Lecture Francis Filbet
Structure-preserving local discontinuous Galerkin methods for SPDEs with gradient noise	Christiansen, Thomas; Karlsen, Kenneth H.	Probabilistic Models
Structure-preserving neural surrogates for uncertainty quantification in kinetic equations	Pareschi, Lorenzo	Invited Lecture Lorenzo Pareschi
Supercitical geometric optics and expected regularity for scalar multi-dimensional nonlinear conservation laws	Cheverry, Christophe (1); Harb, Rida (2); Junca, Stéphane (2)	Well-Posedness and Regularity
Superconvergence through SIAC filtering for discontinuous Galerkin solutions over non-uniform, structured meshes	Stuhlmacher, Roman; Ryan, Jennifer	Higher Order Space Discretizations
Supersonic reacting jet flows from three-dimensional divergent conical nozzles	Sheng, Wancheng	General Numerical Methods
Symmetry analysis of a transport-enhanced blood flow model	Panda, Debendra Prasad; Pandey, Manoj	Symmetry Methods
Temperature-driven turbulence in compressible fluid flows	Yuan, Yuhuan	Well-posedness and Regularity
Tensor train discontinuous Galerkin with multiresolution-based grid adaptation for high-dimensional random hyperbolic conservation laws	Dubois, Juliette (2); Kolb, Adrian (1); Herty, Michael (1); Müller, Siegfried (1); Werthmann, Tim A. (1)	Probabilistic Models
The Cattaneo-Christov system for compressible fluid flow in several space dimensions: Well-posedness and non-hyperbolicity	Angeles, Felipe	Singular Limits and Large Time Behaviour
The energy-variational framework for binormal curvature flow	Eiter, Thomas (1,2); Lasarzik, Robert (2); Śliwiński, Marcel (2)	Well-posedness and Regularity
The estimate of lifespan for ideal incompressible MHD systems	Li, Mengni (1); Yuan, Hongwei (2)	Blowup and Stability
The Hele-Shaw free boundary limit of Buckley-Leverett System	Neves, Wladimir; Gomes, André	Mixed-Type Problems
The high order unfitted discontinuous Galerkin methods for hyperbolic conservation laws in high dimension	Fu, Pei (1); Kreiss, Gunilla (2); Zahedi, Sara (3); Xin, Zelin (1)	Higher Order Space Discretizations
The relativistic Euler equations with Synge energy	Thein, Ferdinand (1); Ruggeri, Tommaso (2); Xiao, Qinghua (3)	Relativistic Flows
The zero capillarity limit for the Euler-Korteweg system with no-flux boundary conditions	Antonelli, Paolo (1); Cacchiò, Yuri (2)	Singular Limits and Large Time Behaviour
The zero-noise limit for hyperbolic conservation laws	Fjordholm, Ulrik Skre (1); Mæhlen, Ola (2); Ørke, Magnus Ch. (1)	Probabilistic Models
Time periodicity of global classical solution to radially symmetric unsteady flows with nonzero angular velocity in an annulus	Liu, Jianli	Blowup and Stability
Topological structures in systems of conservation laws	Eschenazi, César de Souza (1); Lambert, Wanderson José (2); López Bambarén, Edwin Pedro (3); López-Flores, Marlon Michael (4); Marchesin, Dan (5); Palmeira, Carlos Frederico Borges (6)	Riemann Problems and Wave Patterns
Travelling waves and well-posedness in periodic nonlocal-local traffic models	Colombo, Rinaldo M. (1); Garavello, Mauro (2); Nocita, Claudia (2)	Traffic Flow
Two-dimensional Euler flows beyond Yudovich	Brue, Elia	Invited Lecture Elia Brue
Uncertainty quantification for nonlocal traffic flow using stochastic Galerkin approximations	Ziegler, Fabian; Göttlich, Simone	Probabilistic Models
Uncertainty quantification of conservation laws with several random parameters	Dubois, Juliette (1); Herty, Michael (2); Müller, Siegfried (2)	Probabilistic Models
Vanishing viscosity limit for strictly hyperbolic system of conservation laws in 1-d with nonlinear viscosity	Haspot, Boris (1); Jana, Animesh (2)	Singular Limits and Large Time Behaviour
Variational formulation of entropic solutions to nonlinear conservation laws	Tadmor, Eitan	Well-posedness and Regularity
Viscosity-dependent wave patterns in the Riemann problem for nonstrictly hyperbolic conservation laws	Pellhammer, Valentin	Riemann Problems and Wave Patterns
Weak-BV stability for Euler with boundaries	Meng, Jiayun (1); Vasseur, Alexis (1); Kang, Moon-Jin (2); Oh, HyeonSeop (2)	Blowup and Stability
Well posedeness for a tropical climate phase transition model	Cianfarani Carnevale, Giada; Donatelli, Donatella; Spirito, Stefano	Well-Posedness and Regularity
Well-balanced high-order finite-difference methods based on a local flux formulation	Parés, Carlos (1); Kazolea, Maria (2); Ren, Baifen (3)	Higher Order Space Discretizations
Well-balanced kinetic relaxation schemes for hyperbolic systems of balance laws	Ávila León, León Miguel (1); Castro Díaz, Manuel Jesús (1); Michel-Dansac, Victor (2); Frank, Emmanuel (2)	Relaxation Approximation
Well-balanced semi-implicit relaxed finite volume schemes for hyperbolic balance laws	Gómez-Bueno, Irene (1); Castro Díaz, Manuel Jesús (1); Thomann, Andrea (2)	Structure Preserving Methods
Well-posedness and numerical approximation of nonlinear conservation laws with hysteresis	Bagagiolo, Fabio (1); Goatin, Paola (2); Moreti, Stefan (1)	Well-Posedness and Regularity

The 20th International Conference on
Hyperbolic Problems:
Theory, Numerics and
Applications (HYP2026)

University of Stuttgart, Germany, May 25 - 29, 2026

Index of Titles