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If you missed SIGGRAPH 2017 watch a selection of recorded Live Streaming Sessions.

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Technical Papers

Clever Solids

Immersed

NVIDIA

Tuesday, 1 August, 9:00 am - 10:30 am, Los Angeles Convention Center, Los Angeles Convention Center - Room 150/151
Session Chair: Adam Bargteil, University of Maryland, Baltimore County

Example-Based Damping Design

This design method for the damping properties of three-dimensional elastic objects includes anisotropic and nonlinear damping, as well as a stable integration method that produces only a small amount of artificial damping.

Hongyi Xu
University of Southern California

Jernej Barbič
University of Southern California

Data-Driven Physics for Human Soft-Tissue Animation

A layered human body model combines a data-driven method in the inner layer and physics simulation in the external layer, thereby creating dynamic soft-tissue deformation due to both pose changes and external forces, with learned physical parameters from 4D-captured data.

Meekyoung Kim
Korea Advanced Institute of Science and Technology

Gerard Pons-Moll
Max-Planck-Institut für Intelligente Systeme

Sergi Pujades
Max-Planck-Institut für Intelligente Systeme

Seungbae Bang
Korea Advanced Institute of Science and Technology

Jinwook Kim
Korea Institue of Science and Technology

Michael Black
Max-Planck-Institut für Intelligente Systeme

Sung-Hee Lee
Korea Advanced Institute of Science and Technology

Robust eXtended Finite Elements for Complex Cutting of Deformables

This novel approach based on the XFEM simulates complex cutting of three-dimensional deformable solids. It also introduces a quadrature-rule construction for accurate integration over discontinuous polynomials and a preconditioning approach that allows robust simulation of fine-structural cutting using fully implicit time integration.

Dan Koschier
RWTH Aachen University

Jan Bender
RWTH Aachen University

Nils Thuerey
Technical University of Munich

A Multi-Scale Model for Simulating Liquid-Hair Interactions

A novel multi-component simulation framework that treats many of the key physical mechanisms governing the dynamics of wet hair. This approach yields an effective wet-hair simulator used to animate hair flipping, dog shaking, a spinning car wash roller brush dunked in water, and intricate hair coalescence effects.

Yun Fei
Columbia University

Henrique Maia
Columbia University

Christopher Batty
University of Waterloo

Changxi Zheng
Columbia University

Eitan Grinspun
Columbia University