Researchers
Prof. Robert Filipek, DSc, PhD, BSc
Full Professor
Call: +48 12 6173231
Email: rof@agh.edu.pl
Dr. Krzysztof Szyszkiewicz
Assistant Professor
Call: +48 12 6172539
Email: szyszkin@agh.edu.pl
Dr. Jerzy Jasielec
Assistant Professor
Call: +48 12 6172466
Email: jasielec@agh.edu.pl
Dr. Jakub Stec
Assistant
Call: +48 12 6172466
Email: stec@agh.edu.pl
PhD and MSc students
Grzegorz Janik
PhD student
Email: grzegorz.janik@tokaicobex.com
supervisor: Prof. Robert Filipek
Anna Górska
PhD student
Email: chyba.a@gmail.com
supervisor: Prof. Robert Filipek
PhD
Dr. Jakub Stec
PhD in Materials Science, 2020
"3D Pore Structure and Infiltration Resistance of Micropore Carbon Materials"
"3D Pore Structure and Infiltration Resistance of Micropore Carbon Materials"
supervisor: Prof. Robert Filipek
Dr. Piotr Dziembaj
PhD in Materials Science, 2017
"Modelling of heat transfer in carbon based isolating materials – Shape determination of Blast Furnace hearth lining"
"Modelling of heat transfer in carbon based isolating materials – Shape determination of Blast Furnace hearth lining"
supervisor: Prof. Robert Filipek
MSc
MSc Anna Chyba
MSc in Materials Science, 2021
"Influence of ions activities on transport of ions in multi-component electrolyte" (in Polish). Awarded.
supervisor: Prof. Robert Filipek
Maciej Kubeł
MSc in Materials Science, 2020
"Ultrasonic examinations of carbon samples for homogeneity and defects in the material" (in Polish)
"Ultrasonic examinations of carbon samples for homogeneity and defects in the material" (in Polish)
supervisor: Prof. Robert Filipek
MSc Feleke Berehan
MSc in Materials Science, 2020
"A Unified Approach to the Mass and Charge Transport Modeling Based on the Nernst-Planck Flux Formula - Application To LithiumIon Battery Charging and Corrosion of Reinforced Concrete Processes"
"A Unified Approach to the Mass and Charge Transport Modeling Based on the Nernst-Planck Flux Formula - Application To LithiumIon Battery Charging and Corrosion of Reinforced Concrete Processes"
supervisor: Dr. Krzysztof Szyszkiewicz
MSc Justyna Szczudło
MSc in Materials Science, 2019
"Symulacja numeryczna korozji lokalnej zbrojenia w konstrukcjach żelbetowych" (in Polish)
"Symulacja numeryczna korozji lokalnej zbrojenia w konstrukcjach żelbetowych" (in Polish)
supervisor: Prof. Robert Filipek
MSc Jakub Stec
Msc in Materials Science, 2015
"Develop/Evaluate a Hot Metal Penetration Test for Furnace Lining Materials"
"Develop/Evaluate a Hot Metal Penetration Test for Furnace Lining Materials"
supervisor: Prof. Robert Filipek
MSc Wojciech Fałek
MSc in Materials Science, 2017
"The Homogeneity of Supermicropore Carbon Materials"
"The Homogeneity of Supermicropore Carbon Materials"
supervisor: Prof. Robert Filipek
MSc Adam Sołtys
MSc in Chemical Technology, 2015
"Nowa metoda diagnostyki korozji konstrukcji żelbetowych" (in Polish)
"Nowa metoda diagnostyki korozji konstrukcji żelbetowych" (in Polish)
supervisor: Prof. Robert Filipek
MSc Karol Gęgotek
MSc in Materials Science, 2014
"Influence of slag on the skull formation on FL grades"
"Influence of slag on the skull formation on FL grades"
supervisor: Prof. Robert Filipek
MSc Paweł Michalik
MSc in Chemical Technology, 2014
"Badania korozji chlorkowej w konstrukcjach drogowo-mostowych"
"Badania korozji chlorkowej w konstrukcjach drogowo-mostowych"
supervisor: Prof. Robert Filipek
MSc Tomasz Balicki
MSc in Materials Science, 2013
"Hot Metal Resistance"
"Hot Metal Resistance"
supervisor: Prof. Robert Filipek
MSc Yangbin Ma
MSc in Materials Science, 2011
"Modeling of Electrodiffusion Problems using Matlab"
"Modeling of Electrodiffusion Problems using Matlab"
supervisor: Prof. Robert Filipek
MSc Piotr Dziembaj
MSc in Materials Science, 2011
"Modeling of heat transfer in carbon based isolating materials – Calculation of critical isotherms in blast furnace"
"Modeling of heat transfer in carbon based isolating materials – Calculation of critical isotherms in blast furnace"
supervisor: Prof. Robert Filipek
MSc Janusz Fausek
MSc in Materials Science, 2009
"Nowa technologia niskotemperaturowego lutowania dyfuzyjnego - wykorzystanie lutów bezołowiowych Ag-In, Ag-Sn" (in Polish)
"Nowa technologia niskotemperaturowego lutowania dyfuzyjnego - wykorzystanie lutów bezołowiowych Ag-In, Ag-Sn" (in Polish)
supervisor: Prof. Robert Filipek