Suivre
Petr Lehner
Petr Lehner
Akademický pracovník, Stavební fakulta, VŠB – Technická univerzita Ostrava
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Investigating the effects of concrete mix design on the environmental impacts of reinforced concrete structures
H Mostafaei, B Badarloo, NF Chamasemani, MA Rostampour, P Lehner
Buildings 13 (5), 1313, 2023
382023
Comparison of material properties of SCC concrete with steel fibres related to ingress of chlorides
P Lehner, P Konečný, T Ponikiewski
Crystals 10 (3), 220, 2020
372020
Effect of amount of fibre and damage level on service life of sfr recycled concrete in aggressive environment
P Lehner, M Horňáková
Buildings 11 (10), 489, 2021
312021
Relationship of surface and bulk resistivity in the case of mechanically damaged fibre reinforced red ceramic waste aggregate concrete
M Horňáková, P Lehner
Materials 13 (23), 5501, 2020
312020
Effective methodology of sustainability assessment of concrete mixtures
P Konečný, P Ghosh, K Hrabová, P Lehner, B Teplý
Materials and Structures 53, 1-15, 2020
312020
Fatigue damage analysis of a riveted steel overhead crane support truss
P Lehner, M Krejsa, P Pařenica, V Křivý, J Brožovský
International Journal of Fatigue 128, 105190, 2019
312019
Influence of chlorides on the fracture toughness and fracture resistance under the mixed mode I/II of high-performance concrete
P Miarka, S Seitl, M Horňáková, P Lehner, P Konečný, O Sucharda, ...
Theoretical and Applied Fracture Mechanics 110, 102812, 2020
282020
Comparison of chloride diffusion coefficient evaluation based on electrochemical methods
P Konečný, P Lehner, T Ponikiewski, P Miera
Procedia Engineering 190, 193-198, 2017
272017
Investigation of fracture properties by inverse analysis on selected SCC concrete beams with different amount of fibres
O Sucharda, P Lehner, P Konečný, T Ponikiewski
Procedia Structural Integrity 13, 1533-1538, 2018
262018
Statistical analysis of time dependent variation of diffusion coefficient for various binary and ternary based concrete mixtures
P Lehner, P Ghosh, P Konečný
Construction and Building Materials 183, 75-87, 2018
252018
Numerical analysis of chloride diffusion considering time-dependent diffusion coefficient
P Lehner, P Konečný, P Ghosh, Q Tran
International Journal of Mathematics and Computers in Simulation 8 (1), 103-106, 2014
242014
Sustainability levels in comparison with mechanical properties and durability of pumice high-performance concrete
K Hrabová, P Lehner, P Ghosh, P Konečný, B Teplý
Applied Sciences 11 (11), 4964, 2021
232021
Effect of cracking and randomness of inputs on corrosion initiation of reinforced concrete bridge decks exposed to chlorides
P Konecny, P Lehner
Fracture and Structural Integrity 11 (39), 29-37, 2017
232017
Durability assessment of concrete bridge deck considering waterproof membrane and epoxy-coated reinforcement
P Konečný, P Lehner
Perspectives in Science 7, 222-227, 2016
232016
Mechanical properties and gamma radiation transmission rate of heavyweight concrete containing barite aggregates
B Badarloo, P Lehner, R Bakhtiari Doost
Materials 15 (6), 2173, 2022
212022
Comparison of procedures for the evaluation of time dependent concrete diffusion coefficient model
P Konečný, P Lehner, P Ghosh, Z Morávková, Q Tran
Construction and Building Materials 258, 119535, 2020
212020
Evaluation of degradation and mechanical parameters and sustainability indicators of zeolite concretes
P Lehner, K Hrabová
Construction and Building Materials 371, 130791, 2023
192023
Correlation between surface concentration of chloride ions and chloride deposition rate in concrete
P Lehner, M Kubzová, V Křivý, P Konečný, D Bujdoš, P Rovnaníková
Construction and Building Materials 320, 126183, 2022
182022
Probabilistic time-dependent sensitivity analysis of HPC bridge deck exposed to chlorides
P Ghosh, P Konečný, P Lehner, PJ Tikalsky
Computers and Concrete, An International Journal 19 (3), 305-313, 2017
172017
Comparison of standardized methods for determining the diffusion coefficient of chloride in concrete with thermodynamic model of migration
Z Szweda, J Gołaszewski, P Ghosh, P Lehner, P Konečný
Materials 16 (2), 637, 2023
162023
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