|
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Surface formation by
liquid phase separation.
Two liquids separate into a
surface which is then eroded by flow.
Applications in food industry, earth science. |
 |
Simulation of a deformable soft structure.
Creating a soft/solid structure using a polygon mesh.
Applications in engineering, physics, etc. |
 |
Pressure soft body dynamics
and collisions.
Dynamic meshes collide and interact with pressure
forces.
Applications in physics, engineering, and entertainment. |
 |
Simulation of raindrops falling on a car.
Particles fall onto a polygon model of a car.
Applications in entertainment industry. |
 |
Breaking deformable cubes
over a sharp surface.
Gelatin cubes fall and break apart over a sharp cone.
Applications in physics, engineering. |
 |
Fluid flow through
channels within a solid.
Fractal-based tunnels are generated and water flows
through.
Applications in oil industry, geology. |
|
 |
Water flow through static
obstacles.
Water flow around static
obstacles carrying sticky polymers.
Applications in engineering, oil industry,
microfluidics. |
|
 |
Water flow in a parallel
bypass system.
Water flow through a pipe
carrying sticky particles with a bypass.
Applications in biomedical research, pulp industry. |
 |
Blood flow through an
artery with metal stent.
Blood carries sticky particles around a metal implant.
Applications in biomedical research. |
 |
Lift of an airfoil in a
flowing medium.
Flow around an airfoil generating lift at various angles
of attack.
Applications in engineering, aerodynamics. |
 |
Erosion of a sand surface
with rocks.
Water flow erodes a heavy surface and causes rocks to
roll.
Applications in geology, engineering. |
 |
Flow through a
microfluidics channel system.
Water flow in a rectangular channel system with
polymers.
Applications in microfluidics, engineering. |
 |
Formation
of a gelatin structure.
Polymers are cross-linked to form a gelatin structure.
Applications in food industry, chemistry. |
 |
Packing of
polymers within static water.
Y-shaped molecules are packed in 3D space.
Applications in food industry. |
 |
Effects of shear forces
on polymers.
Polymers in water are sheared in opposite directions.
Applications in food industry, fluid dynamics. |
