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DTSTAMP:20260805T205510Z
LOCATION:Room 403 A
DTSTART;TZID=America/Los_Angeles:20260721T104500
DTEND;TZID=America/Los_Angeles:20260721T123500
UID:siggraph_SIGGRAPH 2026_sess108@linklings.com
SUMMARY:Phased & Viscous Fluids
DESCRIPTION:Spatiotemporal FLIP for Fast Free-Surface and Two-Phase Simula
 tion With Very Large Time Steps\n\nWe present ST-FLIP, a spatiotemporal ex
 tension of the Fluid-Implicit Particle (FLIP) method for free-surface and 
 two-phase simulation. ST-FLIP augments particles with 4D spatiotemporal co
 ordinates and supports time steps up to an order of magnitude larger than 
 in existing solvers, delivering several...\n\n\nBernhard Braun and Rene Wi
 nchenbach (Technical University Munich), Jan Bender (RWTH Aachen Universit
 y), and Nils Thuerey (Technical University Munich)\n---------------------\
 nBuoyancy-driven Phase Separation in the Material Point Method\n\nThe Mate
 rial Point Method struggles with separating materials due to a shared back
 ground grid that couples velocities. We introduce a hybrid approach using 
 separate velocity grids and a unified pressure model, enabling buoyancy-dr
 iven phase separation for immiscible fluids.\n\n\nMehrnaz Ayazi, Craig Sch
 roeder, and Tamar Shinar (University of California Riverside)\n-----------
 ----------\nVolume-Preserving LBM-MPM Coupling for Air-Water-Sand Mixtures
 \n\nWe present a physically-based framework for simulating sand–water–air 
 mixtures by coupling LBM fluids with MPM granular sand under a unified for
 mulation. A water retention model with built-in volume conservation enable
 s stable, realistic simulation of mixtures across diverse, multiscale ...\
 n\n\nXiaoyu Xiao (Shanghai Jiao Tong University); Haoxiang Wang (Departmen
 t of Automation, Tsinghua University); Xiaokang Yang (Shanghai Jiao Tong U
 niversity); Mathieu Desbrun (INRIA, Ecole Polytechnique); and Wei Li (Shan
 ghai Jiao Tong University)\n---------------------\nA Nonlocal Monolithic V
 ariational Framework for Free Surface Flows\n\nWe propose a unified nonlin
 ear optimization framework that achieves a monolithic coupling of incompre
 ssibility, viscosity, and surface tension within a single solver.  This fi
 rst particle-based solver resolves their interdependence via position-base
 d nonlocal viscosity formulations, enhancing stabil...\n\n\nShusen Liu, Yu
 zhong Guo, Lixin Ren, Ying Qiao, and Xiaowei He (Institute of Software, Ch
 inese Academy of Sciences)\n---------------------\nStochastic geomorpholog
 ical transport for terrain erosion simulation\n\nGeomorphological transpor
 t is the long-distance transport of quantities which are key elements of t
 errain erosion. We propose a new stochastic algorithm for the efficient si
 mulation of geomorphological transport with momentum conservation, which e
 nables us, for the first time, to model dynamic emerg...\n\n\nNicholas McD
 onald (erosiv Studio GmbH) and Guillaume Cordonnier (Inria, Université Côt
 e d'Azur)\n---------------------\nMixwell: Sharp 2D Fluid Brushes for Prog
 ressive Physics-Based Mixing\n\nMixwell introduces sharp 2D fluid brushes 
 and GPU-accelerated analytical methods for progressive, resolution-indepen
 dent physics-based mixing. Derived from potential flow around cylindrical 
 tines, Mixwell evaluates drift per sample without grids or intermediate re
 sampling, enabling real-time, arbitr...\n\n\nDoug James (Stanford Universi
 ty) and Ethan James (N/A)\n---------------------\nPhased & Viscous Fluiids
  - Interactive Discussion\n\nAfter the summary presentations, attendees wi
 ll participate in an interactive discussion. Outside the room will be a se
 ries of poster boards for authors to gather around with the audience. Auth
 ors are invited to bring any material related to their paper that could in
 stigate further conversation such...\n\n\nInterest Area: Research & Educat
 ion\n\nKeyword: Animation, Modeling, Simulation\n\nRegistration Category: 
 Full Conference Supporter, Full Conference\n\nSession Chair: Bo Ren (VCIP,
  College of Computer Science, Nankai University)
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