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Using fuzzy clustering in modelling of hardened concrete properties
Haluska, Lukáš ; Vymazal, Tomáš (referee) ; Misák, Petr (advisor)
Compressive strength is one of the most monitored parameter of hardened concrete and it is usually determinated by destructive testing. Non-destructive testing applied on existing constructions uses regression analysis to estimate compressive strength. High variability of outputs and eventually failure of necessary requirements for using regression analysis complicate these methods. The aim of this thesis is to show posibility of using fuzzy clustering in this topic and to compare outputs with classic methods.
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Research on high-performance preparation sulphate binders
Haluska, Lukáš ; Novák, Jan (referee) ; Fridrichová, Marcela (advisor)
The thesis is focused on preparation of high – valuable gypsum binder. Following the current state was performed design of sulphate premix, which will be used as binder of plaster mixture, leveling and corrective cement. Teoretical part of task is dedicated to a existing research of sulfate binders with an emphasis on technological properties of beta-gypsum. In Experimental part of task is designed premix and assessment basic technological properties.
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Using fuzzy clustering in modelling of hardened concrete properties
Haluska, Lukáš ; Vymazal, Tomáš (referee) ; Misák, Petr (advisor)
Compressive strength is one of the most monitored parameter of hardened concrete and it is usually determinated by destructive testing. Non-destructive testing applied on existing constructions uses regression analysis to estimate compressive strength. High variability of outputs and eventually failure of necessary requirements for using regression analysis complicate these methods. The aim of this thesis is to show posibility of using fuzzy clustering in this topic and to compare outputs with classic methods.
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|
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Research on high-performance preparation sulphate binders
Haluska, Lukáš ; Novák, Jan (referee) ; Fridrichová, Marcela (advisor)
The thesis is focused on preparation of high – valuable gypsum binder. Following the current state was performed design of sulphate premix, which will be used as binder of plaster mixture, leveling and corrective cement. Teoretical part of task is dedicated to a existing research of sulfate binders with an emphasis on technological properties of beta-gypsum. In Experimental part of task is designed premix and assessment basic technological properties.
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