… A box has been placed in the flow, as a model for a container … surface tension is not the
driving force in the simulations … of the surface tension in the pressure at the free surface, the …

… such as a spring, a dashpot and a friction slider. Though this … particles on fluid motion through
the fluid drag force. Following … distance of 100 mm above the free boundary of the bed. The …

… Free surfaces in our system are repre- … is taken during discretization of the scene, force a
particular motion from a … Water flows into a closed container carrying soda cans along with it. …

… a new force, computed by taking into account both of the fluid … of the water, in the two branches
of the U container. The red … realistic interaction between a free surface fluid and solids has …

… and f represents the mass force acting on the fluid. It is … , ∂Ω is the boundary of Ω and n ∗ is
the normal unit vector (note that … role with respect to the global fluid motion and, therefore, we …

… , there occurs a reverse flow of water with the formation of a … 4 and 5 that the free surface
levels in two different sections have … The force exerted on the container on the water stream side …

… mass and the internal/external forces applied on it. External … define the correct normal external
to the surface. Furthermore, … the free oscillation of an incompressible liquid in a container …

… The mass flow is the amount of mass that goes from phase 1 to phase 2, and it must be the
… S n represents capillary forces, with a surface tension σ and n is again the unit normal to the …

… non-viscous fluid with small free surface displacements and is … of water sloshing in rectangular
containers when subjected to … by applying counter normal forces while allowing slippage. …

… shear, within the fluid is then linearly related to the shearing force per … and even reverse their
motion. The resultant piled-up … this flow, we may safely ignore drag at the free surface, since …