20729 Computer Simulations in Physics

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    http://www.ift.uni.wroc.pl/~maq/

     
by Maciej Matyka, e-mail



Author
Maciej Matyka
(maq / floppy)
University of Wroc³aw
e-mail


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Info
About The Page
About Me ( + my CV [pdf] )
Contact

Online Source Codes and Code Documentation
Intra 4k: sphere tracing (polish!, code included) [zip]

How to Implement Pressure Soft Body Model (report: [html], [pdf-1], article: [pdf-2], source code [zip] anim ([youtube-1] , [youtube-2].


GPGPU Programming on example of CUDA (talk), [click here] [pdf] [zip] [zip] [source-balls-zip] [anim 1] [anim 2]

Short Examples of My Work Sources
Simple Newton Dynamics
Particle Dynamics Engine
Pressure Soft Body Model [src.zip]
Granular Matter
The Lattice Boltzmann Method [src.zip]
Waves equation [src.zip]
Cellular automata
SIMPLE, SIMPLER, Vorticity - Stream Fluid Solvers [src.zip]
Free surface flow using The MAC Method [src.zip]
My MSc Thesis
Quantum Mechanics
Rigid Cloth Behaviour
Misc Techniques (Computer Graphics)

My Physics Software
[zip] Soft Body 3.0. GLUT application for Soft Body model based on SIGRAD's publication. Source code available on request.
Hydro-Dynamica 3d - Fluid Tunnel Flow Solver in 3d
Hydro-Dynamica - Fluid Tunnel Flow Solver
Fluid - Incompressible  Navier-Stokes  Fluid Solver
Waves - Two dimensional Wave equation solution
Soft Body 2.0 - Three dimensional Soft Bodies behavior

My Demoscene Productions
"Captured Dream Team" by Floppy & Plastic [screenshots]   [-> pouet.net]
"DreamEquation" by Floppy [screenshots]   [-> pouet.net]
"DreamEquation 2" by Floppy [screenshots]   [-> pouet.net]
"Crush" by Anadune & Floppy [screenshots]   [-> pouet.net]
"Bremen" by Floppy [screenshots]   [-> pouet.net]
"Panta Rhei" by Floppy [-> pouet.net]
"akiko" by flopi[-> pouet.net]
"Pord Tuo" by Floppy (maq, traymuss, rorque, azzaro) [-> pouet.net]

Theses
PhD Thesis (2008)
Maciej Matyka, Numerical analysis of the flow through porous media
(in polish) [pdf](~3.6mb) [avi](~25.0mb)

supervisor: Zbigniew Koza

MSc Thesis (2005)
Maciej Matyka, Investigation of free surface flow phenomena using Marker-and-Cell Method (in polish) [pdf](~3.6mb) [youtube][anim] ,

supervisor: Janusz Szwabinski


Papers
Zbigniew Koza, Maciej Matyka and Arzhang Khalili,
Finite-size anisotropy in statistically uniform porous media
Phys. Rev. E 79, 066306 (2009) [pdf]
Maciej Matyka, Arzhang Khalili and Zbigniew Koza,
Tortuosity-porosity relation in the porous media flow,
Phys. Rev. E 78, 026306 (2008) [pdf]
Maciej Matyka and Zbigniew Koza,
Spreading of a density front in the Küntz-Lavallée model of porous media
J. Phys. D: Appl. Phys. 40, 4078-4083 (2007) [pdf]

Computer Graphics Papers & Talks
Matyka, M. and Ollila, M. "A pressure model for soft body simulation", Proc. of Sigrad, UMEA, November 2003 [pdf]  [MORE]
Matyka, M. "The Pressure Soft Body a Simple Model of Complex Behavior", 12th International Conference on Multimedia in Physics Teaching and Learning, Wroclaw, September 2007 [pdf] (poster)

My Books (& books contributions)

"Computer Simulations in Physics"
Author: Maciej Matyka
Publisher: Helion, November 2002

(language: polish)

There you can download example chapter from the book [pdf]


"Inverse Dynamic Displacement Constraints in Real-Time Cloth and Soft-Body Models"
Author: Maciej Matyka

in the "Graphics Programming Methods", Editor: Jeff Lander
Publisher: Charles River, June 2003

(language: english)

There you can download table of contents out from the book [pdf]


Maciej Matyka, "Practical Animation of Soft-Bodies for Game Development: The Pressurized Soft-Body Model"

in book:
Kim Pallister, Mark DeLoura, "Game Programming Gems 5", Charles River, March 2005

(language: english)

There you can download table of contents out from the book [pdf]

Other Reports available OnLine
"Incompressible Couette Problem", Maciej Matyka , University of Linkoping, CFD Project Report #1, 15.II.2003 [pdf]
"Prandtl-Meyer Expansion Wave", Maciej Matyka , University of Linkoping, CFD Project Report #2, 23.III.2003 [pdf]
"Solution to two-dimensional Incompressible Navier-Stokes Equations with SIMPLE, SIMPLER and Vorticity-Stream Function Approaches. Driven-Lid Cavity Problem: Solution and Visualization.", Maciej Matyka , University of Linkoping, CFD Project Report #3, 30.VI.2004 [pdf]

Old stuff
My old 'Fluid' Solver v1.3 home page

My Physics and Simulations and Graphics and Animation and More Bookmarks
http://physbam.stanford.edu/~fedkiw
http://www.polygonal.de
http://www.gphysics.com/downloads/
http://www.bulletphysics.com/
http://www.techhouse.org/~dmorris/
http://www.myphysicslab.com/index.html
http://techhouse.brown.edu/~dmorris/
___________________________________
http://cg.skeelogy.com/projects-PSB.php
http://www.cs.ucf.edu/~jmesit/
http://cg.skeelogy.com/projects-cloud-guardian.php
http://rene-schulte.info/
_______friend's sites__________
http://soundimpress.eu/
[suggest a site...]