Václav Nežerka
TitleCited byYear
Comprehensive study on mechanical properties of lime-based pastes with additions of metakaolin and brick dust
V Nežerka, Z Slížková, P Tesárek, T Plachý, D Frankeová, V Petráňová
Cement and concrete research 64, 17-29, 2014
Investigation of crushed brick-matrix interface in lime-based ancient mortar by microscopy and nanoindentation
V Nežerka, J Němeček, Z Slížková, P Tesárek
Cement and Concrete Composites 55, 122-128, 2015
Utilization of recycled fine-ground concrete from railway sleepers for production of cement-based binder
M Lidmila, P Tesárek, T Plachy, Z Rácová, P Padevět, V Nežerka, O Zobal
Applied Mechanics and Materials 486, 323-326, 2014
Effect of PVA modification on properties of cement composites
J Topič, Z Prošek, K Indrová, T Plachý, V Nežerka, L Kopecký, P Tesárek
Acta Polytechnica 55 (1), 64-75, 2015
Impact of surface plasma treatment on the performance of PET fiber reinforcement in cementitious composites
J Trejbal, L Kopecký, P Tesárek, J Fládr, J Antoš, M Somr, V Nežerka
Cement and Concrete Research 89, 276-287, 2016
Micromechanical characterization and modeling of cement pastes containing waste marble powder
V Nežerka, V Hrbek, Z Prošek, M Somr, P Tesárek, J Fládr
Journal of Cleaner Production 195, 1081-1090, 2018
Comprehensive study on microstructure and mechanical properties of lime-pozzolan pastes
V Nežerka, Z Slížková, P Tesárek, T Plachý, D Frankeová, V Petráňová
Cement and Concrete Research 64, 17-29, 2014
Mechanical properties of recycled binder/micro-filler cement-based material
M Lidmila, J Topič, T Plachy, Z Prošek, V Nežerka, P Tesárek
Advanced Materials Research 1054, 234-237, 2014
Mechanical properties of single and double-layered PVA nanofibers
P Tesárek, P Ryparová, Z Rácová, V Králík, J Němeček, A Kromka, ...
Key Engineering Materials 586, 261-264, 2014
A Micromechanics-Based Model for Stiffness and Strength Estimation of Cocciopesto Mortars
V Nežerka, J Zeman
Acta Polytechnica 52 (6), 29-37, 2012
An integrated experimental-numerical study of the performance of lime-based mortars in masonry piers under eccentric loading
V Nežerka, J Antoš, J Litoš, P Tesárek, J Zeman
Construction and Building Materials 114, 913-924, 2016
Micromechanics-based simulations of compressive and tensile testing on lime-based mortars
V Nežerka, J Zeman, J Němeček
Mechanics of Materials 105, 49-60, 2017
Microstructure description and micromechanical properties of spruce wood
Z Prošek, V Králík, J Topič, V Nežerka, K Indrová, P Tesárek
Acta Polytechnica 55 (1), 39-49, 2015
Macro Mechanical Testing of Nanofibers: Tensile Strength
P Tesárek, V Nezerka, R Toupek, T Plachy, P Ryparová
Proceedings of the 50th Annual Conference on Experimental Stress Analysis …, 2012
Contact angle measurement tool based on image analysis
V Nežerka, M Somr, J Trejbal
Experimental Techniques 42 (3), 271-278, 2018
Modeling glulams in linear range with parameters updated using Bayesian inference
M Šejnoha, T Janda, L Melzerová, V Nežerka, J Šejnoha
Engineering Structures 138, 293-307, 2017
Composite material based on cement and PVA: Evolution of mechanical properties during first 28 days
M Lidmila, P Tesárek, T Plachy, Z Prošek, V Nežerka, J Topič
Advanced Materials Research 1054, 215-220, 2014
Influence of copper ions on mechanical properties of PVA-based nanofiber textiles
Z Rácová, P Ryparová, R Hlaváč, P Tesárek, V Nežerka
Applied Mechanics and Materials 486, 201-204, 2014
Fracture-micromechanics based model of mortars susceptible to shrinkage
V Nežerka, P Tesárek, J Zeman
Key Engineering Materials 592, 189-192, 2014
Use of open source DIC tools for analysis of multiple cracking in fiber-reinforced concrete
V Nežerka, J Antoš, T Sajdlová, P Tesárek
Applied Mechanics and Materials 827, 336-339, 2016
The system can't perform the operation now. Try again later.
Articles 1–20