Technical Papers
Particle Fluids
Tuesday, 7 August 2:00 PM - 3:30 PM | Los Angeles Convention Center, Room 408A
Session Chair: Nils Thuerey, ScanlineVFX GmbH
Particle Fluids
Ghost SPH for Animating Water
This new approach to handling free-surface and solid-boundary conditions in SPH liquid simulations captures realistic cohesion for the first time and avoids the spurious numerical errors of previous approaches, via a narrow layer of carefully defined ghost particles in the air and solid.
Hagit Schechter
The University of British Columbia
Robert Bridson
The University of British Columbia
Versatile Rigid-Fluid Coupling for Incompressible SPH
A novel boundary handling method for incompressible SPH that is applicable to both one-way and two-way fluid-rigid coupling. The approach avoids spatial and temporal discontinuities near the boundary, handles non-homogeneous boundary sampling, and allows interaction of fluid with non-manifold objects.
Nadir Akinci
Universität Freiburg
Markus Ihmsen
Universität Freiburg
Gizem Akinci
Universität Freiburg
Barbara Solenthaler
ETH Zürich
Matthias Teschner
Universität Freiburg
MultiFLIP for Energetic Two-Phase Fluid Simulation
Simulating fluid mixes like water and air by extending the FLIP method with two classes of particles and two grid-based velocity fields, capturing behaviour such as water glugging from a spout.
Landon Boyd
The University of British Columbia
Robert Bridson
The University of British Columbia
Animating Bubble Interactions in a Liquid Foam
By using a weighted Voronoi diagram to represent foam geometry, this particle-based algorithm efficiently generates bubbles and foams in liquid animation. It can produce miscellaneous behaviors, including foam structure under Plateau's laws, clusters formed by surface bubbles, bubble-liquid and bubble-solid coupling, bursting, and coalescing.
Oleksiy Busaryev
The Ohio State University
Tamal K. Dey
The Ohio State University
Huamin Wang
The Ohio State University
Zhong Ren
Zhejiang University