Category: Uncategorized

Kesen’s full list is here.

Papers:

• Efficient Enforcement of Hard Articulation Constraints in the Presence of Closed Loops and Contacts
• IISPH-FLIP for Incompressible Fluids
• Efficient GPU Data Structures and Methods to Solve Sparse Linear Systems in Dynamics Applications

STAR:

• Physically-based Simulation of Cuts in Deformable Bodies: A Survey
• SPH Fluids in Computer Graphics

Ke-Sen’s full list here. Without further ado:

• Physics-based Animation of Large-scale Splashing Liquids
• Fast Simulation of Mass-Spring Systems
• Inverse Dynamic Hair Modeling with Frictional Contacts
• Versatile Surface Tension and Adhesion for SPH Fluids
• Efficient Penetration Depth Approximation using Active Learning
• Simulation and Control of Skeleton-Driven Soft Body Characters
• An Efficient Construction of Reduced Deformable Objects
• Spatio-temporal Extrapolation for Fluid Animation
• Modeling and Estimation of Internal Friction in Cloth
• Interactive Localized Liquid Motion Editing

Better late than never!

• A Novel Projection Technique with Detail Capture and Shape Correction for Smoke Simulation
  
• A Particle-Grid Method for Opaque Ice Formation
• Geometry-Aware Volume-of-Fluid Method

STAR report:

• Position-based Methods for the Simulation of Solid Objects in Computer Graphics

The SCA 2013 program is up. Physics animation papers…

Full papers:

• Chimera Grids for Water Simulation
• Integrated Model for Surface Effects in SPH-based Fluid Simulation
• A Level Set Method for Ductile Fracture
• Artistic Simulation of Curly Hair
• Efficient Simulation of Secondary Motion in Rig-Space
• A Hybrid Lagrangian-Eulerian Formulation for Bubble Generation and Dynamics

Short papers:

• Fast Deformation of Volume Data Using Tetrahedral Mesh Rasterization
• Accurate Surface Embedding for GPU-based Quadratic Finite Elements
• Rod Constraints for Simplified Ragdolls

SIGGRAPH 2013 papers are starting to sprout up online. As always, Ke-Sen Huang’s full list is available here. Drop me a line if you know of any relevant physics animation-related papers I’m missing so far.

• Liquid Surface Tracking with Error Compensation
• Highly Adaptive Liquid Simulation on Tetrahedral Meshes
• Real-Time Dynamic Fracture with Volumetric Approximate Convex Decompositions
• Adaptive Fracture Simulation of Multi-Layered Thin Plates
• Modeling Friction and Air Effects between Cloth and Deformable Bodies
• Position Based Fluids
• Near-Exhaustive Precomputation of Secondary Cloth Effects
• Folding and Crumpling Adaptive Sheets
• Super Space Clothoids
• Thin Skin Elastodynamics
• Robust Inside-Outside Segmentation using Generalized Winding Numbers
• Interactive Authoring of Simulation-Ready Plants
• Embedded Thin Shells for Wrinkle Simulation
• Subspace Fluid Re-Simulation
• A Two-Continua Approach to Eulerian Simulation of Water Spray
  

• A Material-Point Method for Snow Simulation
• Non-Polynomial Galerkin Projection on Deforming Meshes
• Subspace Integration with Local Deformations
• A New Grid Structure for Domain Extension
• Radial View Based Culling for Continuous Self-Collision Detection of Skeletal Models

TOG papers to be presented:

• Synthesizing Waves From Animated Height Fields
• VDB: High-Resolution Sparse Volumes with Dynamic Topology
• Simulating Liquids and Solid-Liquid Interactions with Lagrangian Meshes
• Closest Point Turbulence for Liquid Surfaces
• Eulerian-on-Lagrangian Simulation
• Reconstructing Surfaces of Particle-Based Fluids using Anisotropic Kernels

The Oscars for Scientific and Technical Achievement were announced recently, and among them are a pair of tools for physics-based animation:

• To Theodore Kim, Nils Thuerey, Markus Gross and Doug James for the invention, publication and dissemination of Wavelet Turbulence software.

  This technique allowed for fast, art–directable creation of highly detailed gas simulation, making it easier for the artist to control the appearance these effects in the final image.

• To Simon Clutterbuck, James Jacobs and Dr. Richard Dorling for the development of the Tissue Physically–Based Character Simulation Framework.

  This framework faithfully and robustly simulates the effects of anatomical structures underlying a character’s skin. The resulting dynamic and secondary motions provide a new level of realism to computer–generated creatures.

Full list and further details at the Academy awards website.

Physics animation papers at VriPhys:

• An implicit Tensor-Mass solver on the GPU
• High-Resolution Simulation of Granular Material with SPH
• An Efficient Surface Reconstruction Pipeline for Particle-Based Fluids
• Efficient Breast Deformation Simulation
• Efficient Cloth Simulation Using An Adaptive Finite Element Method
• A Packed Memory Array To Keep Moving Particles Sorted
• Real-Time Hair Simulation with Efficient Hair Style Preservation
• Bézier Shell Finite Element for Interactive Surgical Simulation
• Physics-based Augmented Reality for 3D Deformable Object
• Fast Simulation of Inextensible Hair and Fur

Changxi Zheng, Cornell: Physics-Based Sound Rendering for Computer Animation

• Adaptive Anisotropic Remeshing for Cloth Simulation
• Large-Scale Fluid Simulation using Velocity-Vorticity Domain Decomposition
• Staggered Meshless Solid-Fluid Coupling
• Automated Constraint Placement to Maintain Pile Shape
• Speculative Parallel Asynchronous Contact Mechanics
• Simulation of Complex Nonlinear Elastic Bodies Using Lattice Deformers

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