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DTSTAMP:20260417T190055Z
LOCATION:West Building\, Rooms 220-222
DTSTART;TZID=America/Los_Angeles:20250814T104500
DTEND;TZID=America/Los_Angeles:20250814T121500
UID:siggraph_SIGGRAPH 2025_sess136@linklings.com
SUMMARY:Unconventional Fluids
DESCRIPTION:Unconventional Fluids - Interactive Discussion\n\nAfter the su
 mmary presentations, attendees will participate in an interactive discussi
 on. Outside the room will be a series of poster boards for authors to gath
 er around with the audience. Authors are invited to bring any material rel
 ated to their paper that could instigate further conversation such...\n\n-
 --------------------\nUnified Pressure, Surface Tension and Friction for S
 PH Fluids\n\nWe present a new SPH approach to replicate the behavior of dr
 oplets and other smaller scale fluid bodies. For this, we develop a new im
 plicit surface tension formulation and implement a Coulomb friction force 
 at the fluid-solid interface. A strong coupling between both forces and pr
 essure is achieve...\n\n\nTimo Probst and Matthias Teschner (University of
  Freiburg) and Timo Probst\n---------------------\nDigital Animation of Po
 wder-Snow Avalanches\n\nPowder-snow avalanches are natural phenomena that 
 result from an instability in the snow cover on a mountain relief. This pa
 per introduces a physically-based framework to simulate powder-snow avalan
 ches under complex terrains, allowing us to animate the turbulent snow clo
 ud dynamics within the avala...\n\n\nFilipe Nascimento, Fabricio S. Sousa,
  and Afonso Paiva (Universidade de São Paulo - USP)\n---------------------
 \nArenite: A Physics-based Sandstone Simulator\n\nArenite is a novel, phys
 ics-based simulation method for generating realistic sandstone structures.
  It combines fabric interlocking, multi-factor erosion, and particle-based
  deposition. Our GPU-based implementation produces detailed 3D shapes such
  as arches, alcoves, hoodoos, and buttes in minutes an...\n\n\nZhanyu Yang
  (Purdue University); Aryamaan Jain and Guillaume Cordonnier (Inria, Unive
 rsité Côte d'Azur); Marie-Paule Cani (Centre National de la Recherche Scie
 ntifique - Laboratoire d'informatique de l'École Polytechnique (LIX), Inst
 itut Polytechnique de Paris); and Zhaopeng Wang and Bedrich Benes (Purdue 
 University)\n---------------------\nControllable Complex Freezing Dynamics
  Simulation on Thin Films\n\nWe present a physics-based method for simulat
 ing intricate freezing dynamics on thin films. Our novel Phase Map method 
 integrated with MELP particles reproduces Marangoni freezing dynamics and 
 the "Snow-Globe Effect". The framework captures soap bubble freezing dynam
 ics while ensuring stability in c...\n\n\nYijie Liu (TMCC, College of Comp
 uter Science, Nankai University); Taiyuan Zhang (Dartmouth College; TMCC, 
 College of Computer Science, Nankai University); and Xiaoxiao Yan, Nuoming
  Liu, and Bo Ren (TMCC, College of Computer Science, Nankai University)\n-
 --------------------\nA Hybrid Near-wall Model for Kinetic Simulation of T
 urbulent Boundary Layer Flows\n\nWe present an innovative hybrid near-wall
  model for the multi-resolution lattice Boltzmann solver to effectively en
 able simulations of high Reynolds number turbulent boundary layer flows. F
 or the first time, it strikes an excellent balance between the precision d
 emanded by industrial computational d...\n\n\nMengyun Liu, Kai Bai, and Xi
 aopei Liu (ShanghaiTech University)\n---------------------\nCK-MPM: A Comp
 act-Kernel Material Point Method\n\nWe introduce a compact, C2-continuous 
 kernel for MPM that reduces numerical diffusion and improves efficiency—wi
 thout sacrificing stability. Built on a dual-grid framework and compatible
  with APIC and MLS, our method enables high-fidelity, large-scale simulati
 ons, further pushing the limits of...\n\n\nMichael Liu (Carnegie Mellon Un
 iversity), Xinlei Wang (NetEase Games Messiah Engine), and Minchen Li (Car
 negie Mellon University)\n\nInterest Area: Research & Education\n\nRecordi
 ng: Livestreamed, Not Livestreamed, Recorded, Not Recorded\n\nRegistration
  Category: Full Conference, Virtual Access, Thursday\n\nSession Chair: Cem
  Yuksel (University of Utah, Cyber Radiance)
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