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  • Topics of dissertations

    MATERIALS SCIENCE, DIAGNOSTICS AND STRUCTURAL RELIABILITY IN CONSTRUCTION

    THEORY OF CONSTRUCTIONS

    THE SCIENCE OF NON-METALLIC MATERIALS

    Effect of elevated temperatures on the cohesion of UHPC with steel  reinforcement

    (prof. Jiří Kolísko)


    Non-destructive methods for determining the strength of masonry units and mortar of existing buildings, innovative hardness measuring methods and their calibration

    (prof. Jiří Kolísko)


    Strengthening of the masonry of the pillars with an envelope made of high-strength cement composite UHPC

    (prof. Jiří Kolísko)


    Application of optical imaging methods to monitoring of building structures

    (prof. Jiří Kolísko)


    Application of UHPC to thin-walled bridge structures

    (doc. Petr Bouška)


    Optimisation of target reliability for design of new structures and assessment of existing structures

    (prof. Milan Holický)


    Reliability assessment of structures exposed to accidental actions

    (prof. Milan Holický)


    Effect of climate changes on structural reliability

    (doc. Jana Marková)


    Optimisation of structural interventions and operational measures in assessment of existing bridges

    (doc. Jana Marková)


    Probabilistic analysis of deteriorating structural systems

    (doc. Miroslav Sýkora)


    Risk assessment of power producing technological systems

    (doc. Miroslav Sýkora)


    Viscoelastic properties of polymer layers for laminated glass

    (Ing. Miroslav Vokáč)


    Bonded structural joints in construction, viscoelasticity, ageing

    (Ing. Miroslav Vokáč)


    The field of study has a valid accreditation until 31.12.2024, therefore no new students can be admitted to this field of study.
    The field of study has a valid accreditation until 31.12.2024, therefore no new students can be admitted to this field of study.