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Přemysl Kheml
Přemysl Kheml
ČVUT v Praze, Experimentální centrum, Fakulta stavební
Verified email at fsv.cvut.cz
Title
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Cited by
Year
Electromagnetic properties of steel fibres for use in cementitious composites, fibre detection and non-destructive testing
K Künzel, V Papež, K Carrera, P Konrád, M Mára, P Kheml, R Sovják
Materials 14 (9), 2131, 2021
122021
Effect of Corundum and Basalt Aggregates on the Ballistic Resistance of UHP-SFRC
M Mára, P Kheml, K Carrera, J Fornůsek, R Sovják
Crystals 11 (12), 1529, 2021
52021
Summary of findings on magnetic orientation of fibers in cement composites
P Kheml, K Carrera, K Künzel, V Papež, R Sovják
Materials Today: Proceedings 58, 1104-1107, 2022
42022
Experimental investigation of thin-walled UHPFRCC modular barrier for blast and ballistic protection
M Mára, C Talone, R Sovják, J Fornůsek, J Zatloukal, P Kheml, ...
Applied Sciences 10 (23), 8716, 2020
42020
Rheological properties of sonogel and comparison with rheological properties of high-performance concrete
K Carrera, P Kheml, R Sovják, K Künzel
Materials Today: Proceedings 58, 1308-1311, 2022
32022
The effect of magnetic field parameters on fibre orientation in high-performance fibre-reinforced concrete
K Carrera, K Künzel, P Konrád, M Mára, P Kheml, V Papež, R Sovják
Mechanics of Materials 177, 104534, 2023
22023
Mechanical Properties of High-Performance Concrete with Steel Fibers Oriented by an Electromagnetic Field
K Carrera, K Künzel, P Konrád, M Mára, P Kheml, J Fornůsek, V Papež, ...
Journal of Materials in Civil Engineering 34 (9), 04022199, 2022
22022
Vliv tloušťky vlákny vyztuženého kompozitu na odolnost vůči extrémnímu zatížení
P Kheml
České vysoké učení technické v Praze. Vypočetní a informační centrum., 2017
22017
Experimental and numerical study on ballistic resistance of polyurethane-coated thin HPFRC plate
P Hála, A Perrot, B Vacková, P Kheml, R Sovják
Materials Today: Proceedings 93, 607-613, 2023
12023
Applicability of magnetic field for directed orientation of steel fibres in high-performing cementitious composites
K TAKÁCOVÁ, K KÜNZEL, V PAPEŽ, P KONRÁD, M MÁRA, ...
International Journal of Computational Methods and Experimental Measurements …, 2022
12022
Lightweight Protective Sandwich Structure with UHPC Core
P Hála, P Kheml, A Perrot, J Mašek, R Sovják
International Interactive Symposium on Ultra-High Performance Concrete 3 (1), 2023
2023
Drop Weight Testing of Samples Made of Different Building Materials Designed for the Protection of Classified Information
J Durica, A Velas, M Boros, R Sovjak, P Konrad, P Kheml
Materials 16 (3), 1219, 2023
2023
Experimental analysis of freely-hanging laminated glass subjected to blast
P Hála, P Konrád, P Kheml
Materials Today: Proceedings 93, 658-661, 2023
2023
Effect of material hardness on delay time
J Durica, P Kheml, A Velas, M Boros
Materials Today: Proceedings 93, 599-601, 2023
2023
Concrete lintels reinforced with steel fibres oriented by a magnetic field
K Carrera, K Künzel, P Konrád, R Sovják, V Papež, M Mára, J Fornůsek, ...
Acta Polytechnica 62 (5), 531-537, 2022
2022
Effect of the Microsand Fraction on the Ballistic Resistance of UHP-SFRC
P Kheml, K Carrera, P Horák
Materials 15 (17), 5916, 2022
2022
Flexural strength of fibre reinforced concrete in relation to the angle of magnetically orientated fibres
K Carrera, K Künzel, V Papež, R Sovják, P Kheml, J Fornůsek, M Mára, ...
MATEC Web of Conferences 364, 05017, 2022
2022
Cratering damage of high-performance cementitious composites and conventional normal strength concrete caused by in-service projectile impact
P Kheml, R Sovják, S Kravanja, J Zatloukal
Materials Today: Proceedings 62, 2436-2439, 2022
2022
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