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DTSTAMP:20260114T163720Z
LOCATION:Meeting Room C4.11\, Level 4 (Convention Centre)
DTSTART;TZID=Australia/Melbourne:20231212T153000
DTEND;TZID=Australia/Melbourne:20231212T164000
UID:siggraphasia_SIGGRAPH Asia 2023_sess121@linklings.com
SUMMARY:Fluid Simulation
DESCRIPTION:GARM-LS: A Gradient-Augmented Reference-Map Method for Level-S
 et Fluid Simulation\n\nThis paper presents a novel level-set method by com
 bining gradient augmentation and reference mapping to enable high-fidelity
  interface tracking and surface tension flow simulation. At the center of 
 our approach is a novel reference-map algorithm to concurrently convect le
 vel-set values and gradient...\n\n\nXingqiao Li (School of IST & National 
 Key Lab. of AGI, Peking University); Xingyu Ni (School of CS & National Ke
 y Lab. of AGI, Peking University); Bo Zhu (Georgia Institute of Technology
 , Dartmouth College); Bin Wang (Beijing Institute for General Artificial I
 ntelligence); and Baoquan Chen (School of IST & National Key Lab. of AGI, 
 Peking University)\n---------------------\nHigh-Order Moment-Encoded Kinet
 ic Simulation of Turbulent Flows\n\nKinetic solvers for incompressible flu
 id simulation were designed to run efficiently on massively parallel archi
 tectures such as GPUs. While these lattice Boltzmann solvers have recently
  proven much faster and more accurate than common macroscopic Navier-Stoke
 s-based solvers in graphics, it is alway...\n\n\nWei Li, Tongtong Wang, Zh
 erong Pan, Xifeng Gao, and Kui Wu (LightSpeed Studios) and Mathieu Desbrun
  (Inria/X)\n---------------------\nHigh Density Ratio Multi-fluid Simulati
 on with Peridynamics\n\nMultiple fluid simulation has raised wide research
  interest in recent years. Despite the impressive successes of current wor
 ks, simulation of scenes containing mixing or unmixing of high-density-rat
 io phases using particle-based discretizations still remains a challenging
  task. In this paper, we pro...\n\n\nHan Yan and Bo Ren (Nankai University
 )\n---------------------\nAn Implicitly Stable Mixture Model for Dynamic M
 ulti-fluid Simulations\n\nParticle-based simulation has become increasingl
 y popular in real-time applications due to its efficiency and adaptability
 , especially in generating highly dynamic fluid effects. Nevertheless, the
  swift and stable simulation of interactions between distinct fluids conti
 nues to pose challenges for cu...\n\n\nYanrui Xu (University of Groningen,
  University of Science and Technology Beijing); Xiaokun Wang (University o
 f Science and Technology Beijing, Bournemouth University); Jiamin Wang, Ch
 ongming Song, Tiancheng Wang, and Yanlan Zhang (University of Science and 
 Technology Beijing); Jian Chang and Jianjun Zhang (Bournemouth University)
 ; Jiri Kosinka (University of Groningen); Alexandru Telea (Utrecht Univers
 ity); and Xiaojuan Ban (University of Science and Technology Beijing)\n---
 ------------------\nA Parametric Kinetic Solver for Simulating Boundary-Do
 minated Turbulent Flow Phenomena\n\nBoundary layer flow plays a very impor
 tant role in shaping the entire flow feature near and behind obstacles ins
 ide fluids. Thus, boundary treatment methods are crucial for a physically 
 consistent fluid simulation, especially when turbulence occurs at a high R
 eynolds number, in which accurately hand...\n\n\nMengyun Liu and Xiaopei L
 iu (ShanghaiTech University)\n\nRegistration Category: Full Access\n\nSess
 ion Chair: Christopher Batty (University of Waterloo)
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