Bouchut
François
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François Bouchut
Entropy for-mulation
Viscoplastic flows
Finite volumes
Dry granular materials
Layer-averaged formulation
Shallow water magnetohydrodynamics
Depth-averaged model
Granular flows
Two-phase
76M45
Vector BGK schemes
Lagrangian flows
Navier-Stokes equations
Semi-discrete entropy inequality
Contact discontinuities
Two-speed relaxation
Free surface
35L65
Non-Newtonian fluids
Relaxation system
Compressible Euler equations
Flux vector splitting
Hyperbolic scalar conservation law
Oldroyd model
Lubrication model
Thin-layer flow
Bingham fluid
Entropy inequality
Well-balanced scheme
Augmented lagrangian
Numerical modeling
Incompressible Navier-Stokes equations
Low Mach number limit
Static/flowing transition
Discrete entropy inequality
Finite volume scheme
Hydrostatic reconstruction
Shallow water equations
Approximate Riemann solver
Viscoplastic
Viscoelastic fluids
Landslides
Lattice Boltzmann schemes
Shallow flow models
Critical volume fraction
Granular materials
Granular collapse
Two-layer
76M12
Variable density flows
Finite elements
Kinetic solver
Saint Venant system with topography
Compressible rheology
Two-phase granular flows
Free sur- face flows
1-Laplacian
Shallow-water model
Non BV vector fields
Total variation flow
Cell Reynolds number
Free surface flows
Fluidized granular flows
Vlasov-Poisson system
Wet/dry fronts
Low-Mach approximation
Superlevels
Convergence
Drucker–Prager yield stress
Entropy formulation
Weakly convergent initial data
Dynamical splitting
Low Mach flows
Static-flowing transition
Dilatancy
Gravity-flows
ALE method
Relaxation
Velocity profile
Large timestep
Semi-implicit methods
Coulomb friction
Granular flow
Fully discrete entropy inequality
Model reduction
Erosion
Non-averaged thin-layer flow
Riemann solvers
Compressible and incompressible fluids
Topography
Interface dynamics
Positivity
Maxwell model
Thin-layer fluids
Excess pore pressure
Well-balanced schemes
Barotropic Euler equations
Low cost solvers
Regularization
Stopping time
Drucker-Prager yield stress