Eva Vejmelková

Associate Professor

Czech Technical University in Prague, Faculty of Civil Engineering

Czech Republic

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Eva Vejmelková is an Associate Professor at the Czech Technical University in Prague, Faculty of Civil Engineering, Czech Republic. Her research focuses on thermally-induced transformations in geopolymers, high-strength concrete materials, and the development of thermal-resistant composites. She has contributed to various studies examining the reactivity of precursors for geopolymerization and the application of secondary calcined shale in low-cement binder designs.

Articles (24)

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2025

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2024

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2024

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2024

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2024

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2022

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2022

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2021

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2020

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2020

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2020

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2020

Collaborators (4)

Robert Cerny

Professor

Czech Technical University in Prague

CZECH REPUBLIC

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Jiří Maděra

Vice Head of Department

Czech Technical University in Prague

CZECH REPUBLIC

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Pavla Rovnanikova

Brno University of Technology

CZECH REPUBLIC

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Vaclav Koci

Assistant Professor

Czech Technical University in Prague, Faculty of Civil Engineering

CZECH REPUBLIC

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Eva Vejmelková

Research Interests

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About

Articles (24)

Thermally-induced chemical and physical transformations in metakaolin-based geopolymers

Thermally activated brick soils used as SCM in high-strength concrete

High-temperature resistance of cement composites with randomly distributed aluminium silicate fibbers

In Situ Vanadium-Deficient Engineering of V<sub>2</sub>C MXene: A Pathway to Enhanced Zinc-Ion Batteries

Reactivity of precursors for geopolymerization studied by isothermal calorimetry

Thermal activation of illitic-kaolinitic mixed clays

Phase development of lime-based plasters blended with waste calcined shale

Basic physical, mechanical, thermal and hygric properties of reactive powder concrete with basalt and polypropylene fibers after high-temperature exposure

Application of secondary calcined shale in the design of low-cement binder for thermal-resistant composites

Basic physical, mechanical, thermal and hygric properties of reactive powder concrete with basalt and polypropylene fibers after high-temperature exposure

Application of secondary calcined shale in the design of low-cement binder for thermal-resistant composites

Estimation of the linseed oil content in historic lime mortar

Ti<sub>3</sub>AlC<sub>2</sub> MAX phase conversion to a novel 2D titanium carbo-oxide by an eco-friendly and low-cost method: highly selective gas sensing and supercapacitor evaluations

Impact of plasticizers' types on the performance of calcium aluminate cement

Laboratory assessment of a photoactive Gypsum-based repair plaster

Utilization of ceramic powder, calcined shale and sintered mullite as partial replacements of calcium aluminate cement

Fired clay brick waste as low cost and eco-friendly pozzolana active filler in gypsum-based binders

Alkali-activated waste ceramics: Importance of precursor particle size distribution

Effects of Accelerated Carbonation on Properties of Ceramic-based Geopolymers

Exploiting advantages of empirical and optimization approaches to design alkali activated materials in a more efficient way

Reactive Powder Concrete Containing Basalt Fibers: Strength, Abrasion and Porosity

Reactive Powder Concrete Containing Basalt Fibers: Strength, Abrasion and Porosity

Alkaline activation of low-reactivity ceramics: Peculiarities induced by the precursors' dual character

Alkaline activation of low-reactivity ceramics: Peculiarities induced by the precursors' dual character

Collaborators (4)

Robert Cerny

Jiří Maděra

Pavla Rovnanikova

Vaclav Koci

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