Patrimony

The Louis Bachelier Group's patrimony has been defined as all the publications produced by academic researchers thanks to Group funding (ILB, FdR, IEF, Labex) or via the use of EquipEx data (BEDOFIH, EUROFIDAI).


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Effective transmission conditions for Hamilton–Jacobi equations defined on two domains separated by an oscillatory interface.

Discontinuous Hamiltonian, Effective transmission condition, Hamilton-Jacobi, Homogenization, Oscillatory interface

Some problems related to statistical error in stochastic homogenization.

Equations aux dérivées partielles, Homogenization, Homogénéisation, Inverse problem, Matériaux aléatoires, Monte Carlo methods, Méthodes de Monte Carlo, Partial differential equations, Problème inverse, Random materials, Réduction de variance, Variance reduction

Contribution to nonlinear and nonlocal partial differential equations and application to road traffic.

Equations non-locales, Homogenization, Homogénéisation, Macroscopic models, Microscopic models, Modèles macroscopiques, Modèles microscopiques, Specified homogenization, Traffic flow, Viscosity solutions

Homogenization of a transmission problem with Hamilton–Jacobi equations and a two-scale interface.

Double scale interface, Hamilton-Jacobi equations, Homogenization

Homogenization of Hamilton-Jacobi equations and applications to road traffic.

Almost periodicity, D?phasage (feux), Delay time, Hamilton-Jacobi (viscosit?), Hamilton-Jacobi (viscosity), Homog?n?isation, Homogenization, Micro-Macro passage, Passage micro-Macro, Phase difference (lights), Presque p?riodicit?, Temps de r?action

Homogenization and Enhancement of theG-Equation in Random Environments.

Ergodic media, Hamilton-Jacobi equations, Homogenization, Viscosity solutions

Local profiles and multiscale elliptic problems with defects.

Defects, Elliptic equation, Homogenization