Computer Simulations in Physics Logo
     
by Maciej Matyka 2006-today, e-mail, www


17,533 Total Pageviews
E-Mail
H�r kan du skriva in din e-mail, s� blir du informerad om �ndringar p� sidan.




Banners


Galleri

[...]


Skriven av mig..
Bok: "Fysikrelaterade Datorsimuleringar", Helion 2002

(p� polska)
H�r kan du ladda ner ett exempelkapitel fr�n boken (.pdf ~750kb)



...och inte bara av mig...
En artikel kallad "Inverse Dynamic Displacement Constraints in Real-Time Cloth and Soft-Body Models" in the Book "Graphics Programming Methods" published by Charles River in 2003 (p� engelska)
H�r kan du ladda ner bokens inneh�llsf�rteckning (.pdf)






New book (Simulations in Physics, second edition 2020)

"Computer Simulations in Physics, edition 2", Maciej Matyka
Helion (polish), [368 pages]

Topics:
numerical methods, spring mass systems, soft bodies, cloth dynamics, wave equation, fluids, Marker-and-cell mehtod, Lattice Boltzmann model and real-time quantum physics.

Codes in C++/HTML5 are now freely available.

Boook release date December 2020.

Information
Om Sidan
Om Mig
Contact
Link Info

Mina Fysikprogram
Fluid Ber�kning av Ickekompressibla Navier-Stokes-v�tskor
V�gor (Waves) 2.0
SIMPLE, SIMPLER, Vorticity - Stream Fluid Solvers
Soft Body 2.0
iMD - Some first results of my new project iMD - Interactive Molecular Dynamics.

Sm� Exempel p� Mina Arbeten
Simpel Newtondynamik
Motor F�r Partikeldynamik
V�gekvationen
Cellul�r Automata
CFD, Ber�kning av V�tskedynamik
Kvantmekanik
Beteende Hos Styvt Tyg

My Demoscene Productions
"DreamEquation" p� Floppy [screenshots]   [-> pouet.net]
"DreamEquation 2" p� Floppy [screenshots]   [-> pouet.net]

Andra prylar
Hemsidanf�r min gamla v�tskesimulering 'Fluid v1.3'

Mina Publikationer
"Incompressible Couette Problem", Maciej Matyka , Link�pings Universitet, CFD Projektrapport #1, 15.II.2003 [.ps.zip]
"Prandtl-Meyer Expansion Wave", Maciej Matyka , University of Linkoping, CFD Project Report #2, 23.III.2003 [.ps.zip]
"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, 6.V.2003 [.ps.zip] [pdf]

L�nkar
SIGRAD 2003
FOX GUI (cool!) www.fox-toolkit.org.
Fysikresurser
[suggest a site...]