The 20-moment two-fluid-Maxwell model resolves diagonal pressure tensor components near the X-point when compared with Vlasov simulations of fast magnetic reconnection, in contrast to the 10-moment model. This occurs because, unlike the hyperbolic 10-moment model, the 20-moment model admits heat flux, which is a modeling requirement to admit steady-state 2D symmetric (driven) magnetic reconnection.nrpages: 56status: accepte
International audienceWe consider a single disk moving under the influence of a 2D viscous fluid and...
On March 31, 2020, an M_w 6.5 earthquake struck near Stanley, Idaho. More than 35% nondouble-couple ...
This work is concerned with the consistency study of a 1D (staggered kinetic) finite volume scheme f...
In this paper, we are concerned with long time behavior of the strong solutions to the 2-D compressi...
AbstractThe Cauchy problem of the Landau equation with potential forces on torus is investigated. Th...
The tokamak periphery determines the fuelling of a tokamak as the result of a complex interplay of n...
The first-principle understanding of the processes in the Scrape-Off-Layer (SOL) of a tokamak is cru...
A two-phase CFD model is developed to study the effects of sloshing with high level lateral accelera...
Instead of usual approach, applying displacement-displacement Green’s functions, the momentum-moment...
MEMO No CFD/MECHA-8-2011 DATE: March 30, 2011Abstract: A single-blade sewage pump is simulated nume...
A novel first-principles self-consistent model that couples plasma and neutral atom physics suitable...
International audienceThe possibility to produce energy by fusion reactions is being studied in expe...
MEMO No CFD/MECHA-7-2011 DATE: January 21, 2011Abstract: A single-blade sewage pump is simulated nu...
We describe a framework to reduce the computational effort to evaluate large deviation functions of ...
AbstractThe diffusion behavior driven by bounded noise under the influence of a coupled harmonic pot...
International audienceWe consider a single disk moving under the influence of a 2D viscous fluid and...
On March 31, 2020, an M_w 6.5 earthquake struck near Stanley, Idaho. More than 35% nondouble-couple ...
This work is concerned with the consistency study of a 1D (staggered kinetic) finite volume scheme f...
In this paper, we are concerned with long time behavior of the strong solutions to the 2-D compressi...
AbstractThe Cauchy problem of the Landau equation with potential forces on torus is investigated. Th...
The tokamak periphery determines the fuelling of a tokamak as the result of a complex interplay of n...
The first-principle understanding of the processes in the Scrape-Off-Layer (SOL) of a tokamak is cru...
A two-phase CFD model is developed to study the effects of sloshing with high level lateral accelera...
Instead of usual approach, applying displacement-displacement Green’s functions, the momentum-moment...
MEMO No CFD/MECHA-8-2011 DATE: March 30, 2011Abstract: A single-blade sewage pump is simulated nume...
A novel first-principles self-consistent model that couples plasma and neutral atom physics suitable...
International audienceThe possibility to produce energy by fusion reactions is being studied in expe...
MEMO No CFD/MECHA-7-2011 DATE: January 21, 2011Abstract: A single-blade sewage pump is simulated nu...
We describe a framework to reduce the computational effort to evaluate large deviation functions of ...
AbstractThe diffusion behavior driven by bounded noise under the influence of a coupled harmonic pot...
International audienceWe consider a single disk moving under the influence of a 2D viscous fluid and...
On March 31, 2020, an M_w 6.5 earthquake struck near Stanley, Idaho. More than 35% nondouble-couple ...
This work is concerned with the consistency study of a 1D (staggered kinetic) finite volume scheme f...