Add to ORKGAiming at simulating the dynamics of plasma consisting of multiple phases, a new immersed interface method (IIM) scheme to solve multiphase flows with viscosity and density jumps is being developed. A numerical technique to solve the equations of the jump conditions is developed. The validity of the formulations and the numerical technique is confirmed by a numerical test
A computational capability based on the combined projection method for unsteady transport equations ...
Particles interacting with interfaces in multiphase flows appear in many scenarios of industrial int...
Particles interacting with interfaces in multiphase flows appear in many scenarios of industrial int...
Aiming at simulating the dynamics of plasma consisting of multiple phases, a new immersed interface ...
Aiming at simulating the dynamics of plasma consisting of multiple phases, a new immersed interface ...
Aiming at simulating the dynamics of plasma consisting of multiple phases, a new immersed interface ...
For conducting numerical simulations of plasma dynamics consisting of multiple phases, a new immerse...
For conducting numerical simulations of plasma dynamics consisting of multiple phases, a new immerse...
For conducting numerical simulations of plasma dynamics consisting of multiple phases, a new immerse...
In this paper, we introduce numerical methods that can simulate complex multiphase flows. The finite...
In this paper, we introduce numerical methods that can simulate complex multiphase flows. The finite...
In this paper, we introduce numerical methods that can simulate complex multiphase flows. The finite...
at Berkeley intended to develop a numerical method for moving interfaces in viscous fluid. The inter...
One of the challenges in modelling multiphase fluid systems is to capture accurately the discontinuo...
An interface tracking method using an unstructured moving mesh has been developed for simulating thr...
A computational capability based on the combined projection method for unsteady transport equations ...
Particles interacting with interfaces in multiphase flows appear in many scenarios of industrial int...
Particles interacting with interfaces in multiphase flows appear in many scenarios of industrial int...
Aiming at simulating the dynamics of plasma consisting of multiple phases, a new immersed interface ...
Aiming at simulating the dynamics of plasma consisting of multiple phases, a new immersed interface ...
Aiming at simulating the dynamics of plasma consisting of multiple phases, a new immersed interface ...
For conducting numerical simulations of plasma dynamics consisting of multiple phases, a new immerse...
For conducting numerical simulations of plasma dynamics consisting of multiple phases, a new immerse...
For conducting numerical simulations of plasma dynamics consisting of multiple phases, a new immerse...
In this paper, we introduce numerical methods that can simulate complex multiphase flows. The finite...
In this paper, we introduce numerical methods that can simulate complex multiphase flows. The finite...
In this paper, we introduce numerical methods that can simulate complex multiphase flows. The finite...
at Berkeley intended to develop a numerical method for moving interfaces in viscous fluid. The inter...
One of the challenges in modelling multiphase fluid systems is to capture accurately the discontinuo...
An interface tracking method using an unstructured moving mesh has been developed for simulating thr...
A computational capability based on the combined projection method for unsteady transport equations ...
Particles interacting with interfaces in multiphase flows appear in many scenarios of industrial int...
Particles interacting with interfaces in multiphase flows appear in many scenarios of industrial int...