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    Non structured meshes for Cloth GPU simulation using FEM (English)

    In: Vriphys: Workshop on Virtual Reality Interactions and Physical Simulations ; 1-7  ; 2006

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    We present a Finite Element Method (FEM) implementation for cloth simulation on the GPU. The advantages of FEM are twofold: the realism of cloth simulations using this method is improved compared with other methods like the widely used mass-spring one, and it has a wider application rank because it can be used for general triangulated cloth meshes. We are able to detect collisions between cloth and other objects (solids or deformables) and also we deal with self cloth collisions. This is also done in the GPU using image-based collision methods. We have also improved a GPU-Gradient Conjugate method for solving the linear equation systems involved in the FEM solution. Two more methods are also implemented in the GPU to compare with the FEM method: a mass-spring model (based on rectangular meshes) and a constraint method (based on triangular meshes).

    Table of contents conference proceedings

    The tables of contents are generated automatically and are based on the data records of the individual contributions available in the index of the TIB portal. The display of the Tables of Contents may therefore be incomplete.

    1
    Non structured meshes for Cloth GPU simulation using FEM
    Rodriguez-Navarro, J. / Susin, A. et al. | 2006
    8
    Deformable Hybrid Approach for Haptic Interaction
    Mero, Maximo G. / Susin, A. et al. | 2006
    17
    Animating Shapes at Arbitrary Resolution with Non-Uniform Stiffness
    Nesme, Matthieu / Payan, Yohan / Faure, François et al. | 2006
    25
    Local Constraint Methods for Deformable Objects
    Gissler, Marc / Becker, Markus / Teschner, Matthias et al. | 2006
    33
    Kinetic Separation Lists for Continuous Collision Detection of Deformable Objects
    Weller, Rene / Zachmann, Gabriel et al. | 2006
    43
    Collision Detection between a Complex Solid and a Particle Cloud assisted by Programmable GPU
    Jiménez, Juan J. / Ogáyar, Carlos J. / Segura, Rafael J. / Feito, Francisco R. et al. | 2006
    53
    Efficient Updates of Bounding Sphere Hierarchies for Geometrically Deformable Models
    Spillmann, J. / Becker, M. / Teschner, M. et al. | 2006
    61
    Partitioning Meshes into Strips using the Enhanced Tunnelling Algorithm (ETA)
    Porcu, Massimiliano B. / Scateni, Riccardo et al. | 2006
    71
    Position Based Dynamics
    Müller, Matthias / Heidelberger, Bruno / Hennix, Marcus / Ratcliff, John et al. | 2006
    81
    Fast Dynamic Simulation of Multi-Body Systems Using Impulses
    Bender, Jan / Schmitt, Alfred A. et al. | 2006
    91
    Real Time Simulation of Phaco-emulsification for Cataract Surgery Training
    Agus, Marco / Gobbetti, Enrico / Pintore, Giovanni / Zanetti, Gianluigi / Zorcolo, Antonio et al. | 2006
    101
    Virtual Resectoscope Interface for a Surgery Simulation Training System of the Prostate
    Padilla, Miguel A. / Monte, Felipe Altamirano del / Cosio, Fernando Arambula et al. | 2006
    109
    Simulating Prostate Surgical Procedures with a Discrete Soft Tissue Model
    Marchal, Maud / Promayon, Emmanuel / Troccaz, Jocelyne et al. | 2006
    119
    Explicit Integrators Analysis for a Simulation Engine
    García, Marcos / Espadero, José Miguel / Rodríguez, Angel et al. | 2006
    121
    The use of Tetrahedra to Detect Collisions
    Madera, F. A. / Day, A. M. / Laycock, S. D. et al. | 2006
    123
    Stable Collision Response Method in Complex Interactions
    Hernantes, J. / Diaz, I. / Alvarez, H. / Borro, D. et al. | 2006
    125
    Stable Interactive Cutting of Deformable Objects
    Jerábková, L. / Jerábek, J. / Chudoba, R. / Kuhlen, T. et al. | 2006
    127
    A study of the Manipulability of the PHANToM OMNI Haptic Interface
    Martín, José San / Triviño, Gracián et al. | 2006
    129
    Virtual reality training system for portal selection in shoulder arthroscopy
    Fernández-Arroyo, José Manuel Fernández / Beriso, Sofía Bayona / Moya, Carolina Gómez / Carro, Lauren García et al. | 2006

    How to get this title?

    Check access
    Download
    Commercial Copyright fee: €14.50 Basic fee: €4.00 Total price: €18.50
    Academic Copyright fee: €4.50 Basic fee: €2.00 Total price: €6.50

    Export, share and cite

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