Bubble Simulation for the Hysteroscopy Simulator

Slides:

Advertisements

Similar presentations

Real-Time Dynamic Wrinkles Caroline Larboulette Marie-Paule Cani GRAVIR Lab, Grenoble, France.

Advertisements

Matthias Müller, Barbara Solenthaler, Richard Keiser, Markus Gross Eurographics/ACM SIGGRAPH Symposium on Computer Animation (2005),

1 Modeling Highly- Deformable Liquid Chih-Wei Chiu Computer Graphics and Geometry Modeling Laboratory National Chiao Tung University June 25, 2002 Advisors:

1 NIW Meeting, Udine, February INRIA advancement report A. Lécuyer, G. Cirio, L. Terziman, M. Marchal (INRIA) NIW Project, Udine, February.

Blender Particle Fluids. Blender Particle Fluids integrate into the existent powerful Blender particle system a fluid simulation tool that allows a wide.

Meshless Elasticity Model and Contact Mechanics-based Verification Technique Rifat Aras 1 Yuzhong Shen 1 Michel Audette 1 Stephane Bordas 2 1 Department.

Simulation and Rendering of Liquid Foams Hendrik Kück (UBC, Vancouver) Christian Vogelgsang (FAU Erlangen, Germany) Günther Greiner (FAU Erlangen, Germany)

Case Studies Class 5. Computational Chemistry Structure of molecules and their reactivities Two major areas –molecular mechanics –electronic structure.

Generating Sinewy Networks using Environment-Sensitive Automata Anthony Gaarenstroom Bachelor of Software Engineering Honours Project 2006.

Modeling Fluid Phenomena -Vinay Bondhugula (25 th & 27 th April 2006)

Modelling Realistic Water & Fire Sérgio Leal Socrates/Erasmus student at: AK Computer Graphics Institute for Computer Graphics and Vision Technical University.

Jamming Peter Olsson, Umeå University Stephen Teitel, University of Rochester Supported by: US Department of Energy Swedish High Performance Computing.

Validation of Blood Flow Simulations in Intracranial Aneurysms Yue Yu Brown University Final-Project Presentation (Registration)‏

The UNIVERSITY of NORTH CAROLINA at CHAPEL HILL Introduction to Modeling Fluid Dynamics 1.

Computer Animation Prepared by Khadija Kuhail Supervised by Dr Sanaa Alsayegh.

Motivation  Movie  Game  Engineering Introduction  Ideally  Looks good  Fast simulation  Looks good?  Look plausible  Doesn’t need to be exactly.

An Introduction to Physics Engines Michael Sundqivst TV10S1M3.

Fluid Animation CSE 3541 Matt Boggus. Procedural approximations – Heightfield fluids Mathematical background – Navier-Stokes equation Computational models.

Computer Animation Rick Parent Computer Animation Algorithms and Techniques Physically Based Animation.

Lecture VII Rigid Body Dynamics CS274: Computer Animation and Simulation.

Exploring the Utility of the Concept of “Rheostat Activators” of the Forearm and Hand Muscles for Modeling Hand Movements Institution:University of Toronto.

COMPUTATIONAL FLUID DYNAMICS IN REAL-TIME An Introduction to Simulation and Animation of Liquids and Gases.

Smoothed Particle Hydrodynamics (SPH) Fluid dynamics The fluid is represented by a particle system Some particle properties are determined by taking an.

Particle Systems – Technique for Modeling a Class of Fuzzy Objects Craig Schroeder Computer Graphics I April 22, 2004.

Mathematics in Computer Games Nicolas Redfern. Maths in Games There are many uses for maths in games: Object interaction/collisions Gravity and other.

3DCS FEA Compliant Modeler Module © Dimensional Control Systems Inc Clamp/Weld 3DCS FEA Compliant Modeler Variation Modeling with Compliant Parts.

Automotive Soiling Simulation Based On Massive Particle Tracing Stefan Röttger Martin Schulz Wolf Bartelheimer Thomas Ertl Visualization and Interactive.

Simplified Smoothed Particle Hydrodynamics for Interactive Applications Zakiya Tamimi Richard McDaniel Based on work done at Siemens Corporate.

Taming a Wild River Jeff Lander Darwin 3D

Detail-Preserving Fluid Control N. Th ű rey R. Keiser M. Pauly U. R ű de SCA 2006.

1 Haptic Systems Mohsen Mahvash Lecture 3 11/1/06.

Internal Wave Interactions with Time-Dependent Critical Levels Brian Casaday and J. C. Vanderhoff Department of Mechanical Engineering Brigham Young University,

1 Haptic Systems Mohsen Mahvash Lecture 9 20/1/06.

FPGA Based Smoke Simulator Jonathan Chang Yun Fei Tianming Miao Guanduo Li.

Particles Paul Taylor Polygons are not so hot! Good for representing objects like A Cup A Robot A Pyramid Not so hot for creating Hair Snowflakes.

FlowFixer: Using BFECC for Fluid Simulation ByungMoon Kim Yingjie Liu Ignacio Llamas Jarek Rossignac Georgia Institute of Technology.

Matthew Zhu. At each time step calculate each particle’s acceleration and use Verlet numerical integration to update its position, velocity, and grid.

Scientific Method Measurement and Methods. Five Dividers Important Information Notes Labs Homework Tests and Quizzes.

Perpetual Visualization of Particle Motion and Fluid Flow Presented by Tsui Mei Chang.

A New Model and Numerical Method for Compressible Two-Fluid Euler Flow

Modeling and Visualization of Combustion Using Fluid Simulator and Particle Systems Ing. Marek Gayer (supervised by prof. Pavel Slavík) Computer Graphics.

Framsticks physics © Szymon Ulatowski. Simulation goals Physics-based: create real-world feeling to intuitively understand behaviors Not necessarily very.

Lecture Fall 2001 Controlling Animation Boundary-Value Problems Shooting Methods Constrained Optimization Robot Control.

Real-time fluid physics library The goal was to create a physics library, specialized on water fluid physics, for real-time applications.

Rick Parent - CIS682 Rigid Body Dynamics simulate basic physics of an object subject to forces Keyframing can be tedious - especially to get ‘realism’

Solid object break-up Ivan Dramaliev CS260, Winter’03.

CIRP Annals - Manufacturing Technology 60 (2011) 1–4 Augmented assembly technologies based on 3D bare-hand interaction S.K. Ong (2)*, Z.B. Wang Mechanical.

Evidence of anisotropy of small scale turbulence in the laboratory model of an atmospheric cloud P.M. Korczyk, T.A. Kowalewski, S. P. Malinowski IPPT PAN,

Evidence of anisotropy of small scale turbulence in the laboratory model of an atmospheric cloud P.M. Korczyk, T.A. Kowalewski, S. P. Malinowski IPPT PAN,

Fluid Animation CSE 3541 By: Matt Boggus.

Game Technology Animation.

Scientific Research Group in Egypt (SRGE)

Institute for Nuclear Research of the Russian Academy of Science

Computer Animation Ying Zhu Georgia State University

3D Graphics Rendering PPT By Ricardo Veguilla.

MAE 5130: VISCOUS FLOWS Examples Utilizing The Navier-Stokes Equations

Computer Graphics Imaging Ying Zhu Georgia State University

Jos Derksen & Radompon Sungkorn Chemical & Materials Engineering

Physics-based simulation for visual computing applications

Mathematical Modeling, Numerical Methods, and Problem Solving

Homework #5 1. a) What are the EPA standards dealing with air quality in terms of particulate matter? b) How are they being revised? c) Give the rationale.

Title of Your Paper Names of Co-Authors

Today’s Lecture Objectives:

Dr. Paolo Zannetti, QEP President The EnviroComp Institute

Physically Based Modeling -Overview-

3. a. What is the force of gravity between a 2

Convection John Crooke 3/26/2019.

N-Body Gravitational Simulations

Presentation transcript:

Bubble Simulation for the Hysteroscopy Simulator Michel Estermann Eveline Mattle Februar 2006

VR in Medicine Homework Contents Hysteroscopy Simulator Bubbles Forces acting on a bubble Velocity of a bubble Results Discussion and Conclusions VR in Medicine Homework

Hysteroscopy Simulator VR in Medicine Homework

Hysteroscopy Simulator VR in Medicine Homework

VR in Medicine Homework Bubble Model: Sphere with radius r Generation: Bubblepool Randomly generated size During cutting Display: Billboarding VR in Medicine Homework

Forces acting on a Bubble Buoyancy Gravity Forces between two bubbles Repelling force Viscous force Forces between bubbles and objects Influence of the Fluid velocity on a bubble VR in Medicine Homework

VR in Medicine Homework Velocity of a bubble Because it is assumed, that the bubbles have no mass the sum of all the forces has to be zero. Some of the forces are dependent of the velocity of the bubbles, so a equation for the velocity can be found. With the velocity the position of the bubbles can be calculated discretely. VR in Medicine Homework

VR in Medicine Homework Results VR in Medicine Homework

VR in Medicine Homework Results Several assumptions and approximations used in this work leads to certain limitations: Large velocity changes between update-steps possible Considering time for independence of computation time No deformation of bubbles No fusion of bubbles Difficulties to find the right parameters Current implementation: no interaction with the objects VR in Medicine Homework

Discussion and Conclusions Because the bubbles interact now with themselves and with the fluid around them the simulation looks more realistic. Because of the Buoyancy an important information about the orientation is given. Next step: implement the interaction of the bubbles with the objects. VR in Medicine Homework

VR in Medicine Homework References [1] (2005) –hysteroscopy simulator website. Available: http://www.hystsim.ethz.ch [2] S.T. Greenwood and D. H. House, “Better with bubbles: Enhancing the visual realism of simulated fluid”, in SCA ’04: Proc. Of the 2004 ACM SIGGRAPH/Eurographics symposium on Computer animation. New York, NY, USA: ACM Press, 2004, pp. 287-296 [online]. Available: http://portal.acm.org/citation.cfm?id=10028562 [3] H. Kueck, C. Vogelsang, and G. Greiner, “Simulation and rendering of liquid foams”, Proc. Graphics Interface ’02, pp.81-88, 2002. [Online]. Available: http://www.graphicsinterface.org/proceedings/2002/145/ [4] D. J. Durian, “Foam mechanics at the bubble scale”, Physical Review Letters, vol 75, no. 26, pp. 4780-4783, 1995. [Online]. Available: http://prola.aps.org/abstract/PRL/v75/i26/p4780_1 VR in Medicine Homework

Thanks for your attention!