Institute of Physics of Materials AS CR, v. v. i. > People > Markusík David

Ing. David Markusík

Room603
Phone number+420 532 290 430
E-mail[javascript protected email address]
Researcher IDHZT-1003-2023
ORCID0000-0003-4554-1284
Positionphd student - Special Issues of Fracture Mechanics and Materials‘ Fatigue (FRACTIGUE)

Scientific interest
  • Evolution of alkali-activated materials and surface treatments for construction and building materials
  • Multi-level analysis from rheology to analytic methods (UV-VIS; ICP-OES, AAS, ZETA-Sizer, surface tension analysis)

Education
  • From 2022: Doctoral degree - Brno University of Technology, Faculty od Chemistry
  • 2020-2022: Master’s degree - Brno University of Technology, Faculty of Chemistry, Materials Engineering
  • 2017-2020: Bachelor’s degree - Brno University of Technology, Faculty of Chemistry, Materials Engineering
Work experiences
  • From 2024: Ph.D. Student - Special Issues of Fracture Mechanics and Materials‘ Fatigue (FRACTIGUE), Institute of Physics of Materials, CAS
  • From 2024: Researcher - Material Reaserch Centre, Brno University of Technology, Faculty of Chemistry
International internships
  • 02/2024-08/2024: Personal research project - Università degli Studi di Palermo, Palermo, Italy
Projects
  • 2024-2025: Co-investigator – The role of roughness and hardness of sole material in relation to slipping on surfaces contaminated with solid particles (BUT Interfaculty project)
Awards
  • 2023: 2nd award  for Ph.D. Students presentations at International conferece: Alkali Activated Materials and Geopolymers: Sustainable Construction Materials and Ceramics Made Under Ambient Conditions

2026

Markusík D., Sokola P., Bílek, Jr. V.: Mapping the effects of activator type and molarity on the rheology of alkali-activated slag using oscillation amplitude testing. Open Ceramics 25 (2026) 100920


2025

Žůrek M., Markusík D., Rebenda D., Kalina L., Hartl M., Vrbka M.: The effect of hardness and surface roughness of elastomer on friction between shoe soles and particle-contaminated floors. Tribology Letters 73 (2025) 106

Sokola P., Ptáček P., Fialka R., Markusík D., Koller K., Menčík P.: Innovative characterization of flow behavior of ceramic suspensions using a new Linearized Rheological Model (LRM). Ceramics International 51 (2025) 40523-40532