Maciej Matyka

Google Scholar ResearchGate Scopus profile Simulations website Blog
My books & chapters:

Work with me

• 4 years PhD positions are available (fluid flows, LBM,. OpenFOAM, porous media, computer simulations), contact me if interested (link)
• Marie Curie postdoctoral fellowships are available
• NAWA website for Marie Curie postdoctoral fellowships
• Post doc positions under my supervision are available (continuous)

• Dostępne tematy prac dyplomowych (diploma thesis subjects - PL)

Projects

My physics simulations games and apps

• [. ..........]
• Constructor
• Soda constructor remake
• Soda remake - including genetic algorithm
• FlowJS - calculate tortuosity in the web app
• Newton Circle - turn disc to see various effects and animations
  
• Particle simulator - play with various materials in the web
  
• Tortuosity - scientific poster as an web app
• Packings - packings figures in the box
  
• Physics Sandbox - funny app with many simulations (game like)
• Waves - 3D waves in the web browser (interactive)
• Beautiful Equations - puzzles for 3-99 years old kids
• Sudoku for kids - just simple sudoku with nice graphics
• Diffusion - simple diffusion model as a web app
  
• felp - collection of little simulations and games for kids

My YouTube channel

Teaching

• Modelowanie Komputerowe 2022 (pl) - Modelarnia02
• Modelowanie Komputerowe 2021 (pl) - Modelarnia
• Praktyczny Wstep do Programowania 2021 (pl) - PWDP
• Modelowanie Fizyczne w Animacji Komputerowej2 (PL) 2021 - Physically Based Modelling and Animation 2021
• Seminarium Nowych Technologii (pl) 2021 - SNT
• Seminarium Nowych Technologii (pl)
• WP2019 Praktyczny Wstęp do Programowania
• WP2018z Practical Introduction to programming (pl)
• WP2017 - Practical Introduction to programming (C/C++/SFML), online lectures (PL): 9: SFML, 10: PPM
• Modelowanie Fizyczne w Animacji Komputerowej2 (PL) 2018 - Physically Based Modelling and Animation 2018
• Modelowanie Fizyczne w Animacji Komputerowej (PL) 2017 - Physically Based Modelling and Animation 2017
• WP2017 Practical Introduction to programming (C/C++/SFML) - pl
  Materials: intro , for
• WP2016 Practical Introduction to programming (C/C++/SFML) - pl
• CFD2015 Computer simulations of fluid dynamics (CFD)
• WP2015 Practical Introduction to programming (pl)
• PR2014 Parallel programming (pl)
• WP2014 Introduction to programming (pl)
• WP2013 Introduction to programming (pl)
• PR2013 Parallel programming (pl)
• PR2012 Parallel programming (pl)
• PR2011 Parallel programming (pl)

Organized by me & my friends

1) Max Born 38' - 38th Max Born Symposium in celebration of Andrzej Pękalski's 80th birthday,18-20 May 2017

2) CFD Workshop

Journal Papers bibtex

1. D. Śnieżek, Sahrish B. Naqvi, M. Matyka,
   Inertia onset in disordered porous media flow
   (submitted in 2024, arxiv)


2. Sahrish B. Naqvi, Sadia Siddiqa, Maciej Matyka, Rama S. R. Gorla, Md. Mamun Molla,
   Enhancing Crossflow Dynamics through the Gas Injection from Multiple Cylinders
   (sumbitted in 2024)


3. D. Strzelczyk, M. Matyka,
   Exploiting decoupled discretization in meshless lattice Boltzmann method for high-Reynolds number flows,
   (submitted in 2023, arxiv)


4. W. Bacza, T. Tomczak, M. Matyka,
   The lattice Boltzmann method for fluid flows at relaxation time equal one: performance study,
   (submitted in 2023, arxiv)


5. D. Strzelczyk, M. Matyka,
   Study of the convergence of the Meshless Lattice Boltzmann Method in Taylor-Green, annular channel and a porous medium flows,
   Computers and Fluids 269, 106122 (2024) pdf DOI


6. K. Graczyk, D. Strzelczyk, M. Matyka,
   Deep learning for diffusion in porous media,
   Scientific Reports, 13, 9769 (2023) PDF DOI


7. Matyka, M.,
   Pushing droplet through a porous medium
   Transport in Porous Media volume 144, pages 55–68 (2022) PDF   DOI
   


8. Matyka, M., Dzikowski, M.
   Memory-efficient Lattice Boltzmann Method for low Reynolds number flows
   Computer Physics Communications 267, 108044 (2021) pdf-preprint   paper video (EN)   paper video (PL)   code   DOI
   


9. Graczyk, K. M. and Matyka, M., (open access)
   Predicting Porosity, Permeability, and Tortuosity of Porous Media from Images by Deep Learning
   Sci Rep 10, 21488 (2020). DOI
   
   
10. Sobieski, W., Matyka, M., Golembiewski, J., W., Lipinski
    The Path Tracking Method as an alternative for tortuosity determination in granular beds
    Granular Matter 20:72, (2018) [bibtex]


11. Khalili, A., Matyka, M., Mohammadi, R. M., Weise J., Kuypers M.M.M.
    Porosity variation within a porous bed composed of multisized grains
    Powder Technology 338, 830–835 (2018) [bibtex] DOI


12. Matyka, M.
    Sediment-water interface flow with the multiparticle collision dynamics
    Transport in Porous Media, 120:633–641 (2017) [bibtex]


13. M. Matyka, J. Golembiewski, Z. Koza,
    Power exponential velocity distributions in disordered porous media,
    Phys. Rev. E 93, 013110 (2016) [bibtex]


14. Koza, Z., Matyka, M., Szkoda, S., Miroslaw, L.,
    Compressed multirow storage format for sparse matrices on graphics processing units,
    SIAM J. Sci. Comput., 36-2, C219-C239 (2014) [bibtex]


15. Khalili, A., Morad, M. R., Matyka, M., Liu, B., Malekmohammadi, R., Weise, J., Kuypers, M. M. M.,
    Porosity variation below a fluid-porous interface,
    Chemical Engineering Science, 107, pp. 311-316 (2014) [bibtex]


16. Matyka, M., Koza, Z., Gołembiewski, J., Kostur, M., Januszewski, M.,
    Anisotropy of flow in stochastically generated porous media,
    Phys. Rev. E 88, 023018 (2013) [bibtex]


17. Tomczak, T., Zadarnowska, K., Koza, Z., Matyka, M., Miroslaw, L.,
    Acceleration of Iterative Navier-Stokes Solvers on Graphics Processing Units,
    Int. J. Comp. Fluid Dyn., Vol. 27(4-5) (2013) [bibtex]


18. Matyka, M., Koza, Z., Miroslaw, L.,
    Wall Orientation and Shear Stress in the Lattice Boltzmann Model,
    Computers & Fluids, 73 (2013), 115-123 [bibtex] [published]


19. Gao, H., Matyka, M., Liu, B., Khalili, A., Kostka, J.E., Collins, G., Jansen, S., Holtappels, M., Jensen, M.M., Badewien, T.H., Beck, M., Grunwald, M., de Beer, D., Lavik, G., Kuypers, M.M.M.,
    Intensive and extensive nitrogen loss from intertidal permeable sediments of the Wadden Sea,
    Limnol. Oceanogr., 57(1), 185-198, (2012) [bibtex]


20. Duda, A., Koza, Z. and Matyka, M.,
    Hydraulic tortuosity in arbitrary porous media flow,
    Phys. Rev. E 84, 036319 (2011) [bibtex]


21. Malecha, Z., Miroslaw, L., Tomczak, T., Koza, Z., Matyka, M., Tarnawski, W., Szczerba, D.,
    GPU-based simulation of 3D blood flow in abdominal aorta using OpenFOAM,
    Arch. Mech. Vol. 63 No. 2 pp. 137-161 (2011) [bibtex]


22. Koza, Z., Matyka, M. and Khalili, A.,
    Finite-size anisotropy in statistically uniform porous media ,
    Phys. Rev. E 79, 066306 (2009) [bibtex]


23. (*) Matyka, M., Khalili, A. and Koza, Z.,
    Tortuosity-porosity relation in the porous media flow,
    Phys. Rev. E 78, 026306 (2008) [bibtex]


24. Matyka, K., Matyka, M., Mroz, I., Zalewska-Rejdak, J., and Ciszewski, A.,
    An AFM study on mechanical properties of native and dimethyl suberimidate cross-linked pericardium tissue
    Journal of Molecular Recognition 20(6), 524-530 (2007) [bibtex]


25. Matyka, M. and Koza, Z.,
    Spreading of a density front in the Kuentz-Lavallee model of porous media,
    J. Phys. D: Appl. Phys. 40, 4078-4083 (2007) [bibtex]


26. Modrzejewska, Z., Stawczyk, J., Matyka, K., Matyka, M., Mroz, I. and Ciszewski, A.,
    Surface Microstructure of Chitosan Membranes - AFM Investigations,
    Polish Journal of Enviromental Studies 15, 4A (2006) [bibtex]

Conference Proceedings

1. Matyka, M., Madrala, M., The boundary of the laminar water flow in the filter pack of a pumping well, Prz. Geol., 65: 1334–1338, (2017, in Polish) conference materials from WPH2017
2. Tomasz Bednarz, Steven Psaltis, John Taylor, Maciej Matyka, Ian Turner (QUT), COMPUTATIONAL FLUID DYNAMICS AND GPUS, 11th International conference on CFD in the Minerals and Process Industries, Melbourne, AUSTRALIA, 7-9 December 2015
3. M. Matyka, J. Golembiewski, Z. Koza, The velocity distribution in a random porous medium Proc. of the 5th International Conference on Porous Media and Their Applications in Science, Engineering and Industry (2014)
4. Matyka, M. and Koza,Z., How to Calculate Tortuosity Easily?, AIP Conf. Proc. 1453, 17-22 (2012)
5. Matyka, M., Miroslaw, L., Koza,Z., Performance of open source implementations of the Lattice Boltzmann methods on CPU and GPU (polish), The computer-aided scientific research (KOWBAN) XVIII (2011)
6. Koza, Z., Matyka, M., Szkoda, S., Miroslaw, L., Pola, J., Application of GPGPU technology to computational science (polish), The computer-aided scientific research (KOWBAN) XVIII (2011)
7. Matyka, M. and Ollila, M., A pressure model for soft body simulation, Linköping Electronic Conference Proceedings 10:7, s. 29-33, Sigrad (2003) Link to publisher

Books & chapters

• Matyka, M., Kombinacje C++, Helion (2023)
• M. Matyka, Z. Koza, A. Khalili Tortuosity of the Flow in Porous Media Album of Porous Media, p. 131, eds E. F. Médici, A. D. Otero, Springer, 2023, ISBN: 978-3-031-23799-7
• Matyka, M., Symulacje Komputerowe w Fizyce, wydanie 2, Helion, Gliwice (2020)
• W. Sobieski, S. Lipiński, W. Dudda, A. Trykozko, M. Marek, J. Wiącek, M. Matyka, J. Gołembiewski, Granularne ośrodki porowate, Katedra Mechaniki i Podstaw konstrukcji maszyn, Uniwersytet Warmińsko-Mazurski, Olsztyn 2016
• Z. Koza, M. Matyka, L. Miroslaw, J. Pola, Sparse Matrix-Vector Product, Numerical Computations with GPUs, ed. Volodymyr Kindratenko, Springer 2014
• A. Khalili, B. Liu, K.Javadi, M. R. Morad, Matyka, M., R.Stocker, Z. Koza, Application of porous media theories in marine biological modeling, Porous media:applications in biological systems and biotechnology. ed. by K. Vafai, Boca Raton : CRC Press Taylor & Francis, 2010.   [PDF]
• Matyka, M., Practical Animation of Soft Bodies for Game Development. The PSB Model, in: Game Programming Gems 5, Charles River, USA (2005)
• Matyka, M., Inverse Dynamic Displacement Constraints in Real-Time Cloth and Soft Body Models, in: Graphics Programming Methods, Charles River, USA (2004).
• Matyka, M., Symulacje Komputerowe w Fizyce (polish), Helion, Gliwice (2002)

Highlighted

Software online

My web sites:

• Computer Simulations - computational physics and simulations
• FELP.PL - physics apps online for kids
• FB computer simulations- physically based modelling
• Computer Simulations Blog - articles, examples, animations
• Computer Simulations in physics (sources, movies, etc.)
• YouTube with computational physics
• my Twitter Follow @maqpl
• Useful notes (Linux, Anims, Conversions, Torque, AWK, etc.

Research in pictures

• Tortuosity in Porous Media Flow in 2D (with A. Khalili and Z. Koza)
  
• Large scale fluid flow through DEM based granular beds, done with J. Gołembiewski (UWr), W. Sobieski (UWM) and Seweryn Lipiński (UWM) / Paraview 5.1.2 with OSPRay.


• Smagorinsky LES Turbulence tests, done thanks to Nicolas Delbosc and Dragos Chirila
  


• Real-time fluid dynamics (talk.zip) given at NVScene/GTC in San Jose, 24-27 March 2014
  ( -> youtube)
  


• Sphere packings done with this code and rendered using Pov-Ray (with Khalili, A., Morad, M. R., Liu, B., Malekmohammadi, R., Weise, J., Kuypers, M. M. M.)
  
• Three dimensional porous media flow (with Jaroslaw Golembiewski and Zbigniew Koza)
  
• Wall shear stress in human abdominal aorta (with Zbigniew Koza, and Lukasz Miroslaw)
   
• Tortuosity of the fluid flow through porous media (with Zbigniew Koza and Arzhang Khalili)
  
• Pressure soft body model (with Mark Ollila and Mariusz Jarosz)
  
• The splash of liquid drop
    

Supervised Students

• Bartłomiej Banaś, Proceduralne generowanie terenu w Unreal Engine, Eng., 2023
• Joanna Wicher, Badanie przepływu krwi w naczyniach krwionośnych z wykorzystaniem symulacji komputerowych, MSc, 2021
• Grzegorz Lukas, Badanie przepływu przez komorę w dwóch i trzech wymiarach za pomocą metody gazu sieciowego Boltzmanna w wersji LBMTau1, MSc, 2021
• Joanna Wicher, Szorstkość powierzchni guzów nowotworowych oraz klastrów w modelu Edena (Roughness of the interface of cancerous tumors and clusters of the Eden growth model), BSc, 2019
• Roksana Szwarc, Implementacja modelu propagacji wzorców aktywności (Implementation of the model of propagating activity patterns), 2019
• Wiktoria Saramak, Velocity distribution function of the fluid flow through Sierpinski carpet (Funkcja rozkładu prędkości w przepływie płynu przez dywan Sierpińskiego) (pl), MSc Thesis (27-11-2018)
• Paweł Nerka, Symulacja bądzenia losowego w ośrodku porowatym, BSc Thesis (2016)
• Łukasz Parzybut, Symulacja przepływu płynów metodą gazu sieciowego Boltzmanna, BSc Thesis (2016)
• Wiktoria Saramak, Solution of the Driven-Cavity Flow using Lattice-Gas Cellular Automata (Rozwiązanie problemu przepływu w zamkniętej komorze metodą gazu sieciowego) (pl), BSc Thesis (2016)
• Piotr Olkiewicz, Visualization methods for flow of blood in human (Metody wizualizacji przepływu krwi przez naczynia krwionośne) (pl), Master Thesis (2015)
• Rafal Korżyński, Modeling granular matter with friction (Modelowanie materii granulowanej z tarciem) (polish), Master Thesis (2010)
• Marcin Matuszak, Zastosowanie modelu Helbinga w symulacji ewakuacji (Application of Helbing's model to evacuation problem) (polish), Master Thesis (2010)
• Sebastian Szczecina, Hydrodynamics of the FHP-III Lattice Gas Automata (Własności hydrodynamiczne modelu gazu sieciowego FHP-III) (polish), Master Thesis (2008)

Memberships

• ACM, 2014-2015
• ACM SIGGRAPH, 2014-2015
• INTERPORE, 2019
• INTERPORE, 2021
• an ASSOCIATE MEMBER of the FLUID MECHANICS SECTION of the Polish Academy of Sciences

I collaborate with

• Jaroslaw Golembiewski - PhD Student at Faculty of Physics and Astronomy, University of Wroclaw
• prof. Arzhang Khalili - Max-Planck Institute for Marine Microbiology in Bremen (Germany)
• prof. Zbigniew Koza - Faculty of Physics and Astronomy, University of Wroclaw
• dr hab. inż. Wojciech Sobieski - University of Warmia and Mazury in Olsztyn

My Recent stays/talks

• Smooth introduction to shaders, Xenium, Katowice 2022 [ ppt ]
• 13. Jan. - 15 Feb. 2015, CSIRO Digital Productivity, Dutton Park QLD Australia (visiting & collaboration with Tomasz Bednarz, Ph.D.)
• 13-15 Feb. 2015, Computational and Simulation Sciences and eResearch, Annual Conference, Melbourne, "Interactive fluid flow on GPUs applications in porous media" (talk accepted)
• 17-20. Mar. 2015 - USA (San Jose), GPU Technology Conference, "GPU-Accelerated Fluid Flow with Compute Shaders" (talk recording)
• "The velocity distribution in a random porous medium", 5th International Conference on Porous Media and Their Applications in Science, Engineering and Industry, 22-27 June 2014 , Kona (USA)
• "Real-time Fluid Dynamics", GTC/NVScene in San Jose, USA, 24-27 March 2014

My Lectures online

• "Real-time Fluid Dynamics" given at GTC/NVScene in San Jose, USA (2014) (english)
  


• Lecture about studies at our departament (2014) (in polish)
  
• Lecture about studies at our departament (2013) (in polish)
  

Awards

Palabos 2012 Challenge http://www.palabos.org/plb2012challenge-maciej
   

Theses

• Matyka, M., Numerical analysis of the flow through porous media (polish), PhD Thesis, (2008)
• Matyka, M., Investigation of free surface flow phenomena using Marker-and-Cell Method (polish), MSc Dissertation, (2005)

Posters

• Dawid Strzelczyk, Maciej Matyka, Meshless Lattice Boltzmann Method for pore-scale porous media flow, Interpore 2021 (31.05-04.06) - video
• M. Matyka, Pushing of a liquid drop through a non-wettable porous media, Interpore 2019 (Valencia, Spain)
• J. Golembiewski, M. Matyka, Tortuosity on top of the velocity distribution functions, Interpore 2015
• Matyka, M., The Pressure Soft Body a Simple Model of Complex Behavior, 12th International Conference on Multimedia in Physics Teaching and Learning, Wroclaw, Poland, September 2007
• Web-based physics simulation in scientific application, 38th Max Born Sympozjum, 18-20 May, 2017

Teaching

• Summer 2011 Parallel Programming (polish) with Z. Koza

Talks

• 2004-04-17 Modelowanie i Animacja (pl)
• 2004-04-30 Modelowanie i Animacja (pl)
• 2004-12-21 Modelowanie płynów (MSc seminar, pl)
• 2005-04-16 Animacje komputerowe w czasie rzeczywistym (demoscena)
• 2005-06-20 Demoscena. Animacje komputerowe w czasie rzeczywistym (pl)
• 2006-04-30 Modelowanie i Animacja 2 (pl)
• ...
• 2013-01-10 Model gazu sieciowego i cząstek rozmytych w modelowaniu przepływu krwi, Technical University in Wrocław, Lecture for Medical Imaging Class
• 2013-02-11 Computational Physics, Lecture at Kindergarten of Theoretical Physics Conference, Lądek Zdrój

Referee Reports

• JPM: 1 (2013)
• CES: 1 (2014)

Links

• useful

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