National Repository of Grey Literature 3 records found  Search took 0.00 seconds. 
REDUCING THE VALUE OF CONSTRUCTION NOISE BY MODELING THE PRODUCTION AREA OF CONSTRUCTION SITE AND BY ADJUSTING THE TECHNOLOGICAL PROCEDURES DURING CONSTRUCTION
Kantová, Radka ; Makýš,, Peter (referee) ; Mohelníková, Jitka (referee) ; Henková, Svatava (advisor)
This doctoral thesis focuses on noise generated during construction. It defines the legislative and physical aspects of this topic. It determines heavy machinery as noise source and categorizes them by their usage in construction technologies. It collects source data of the machinery noises which can be further used in prognostic models. It analyses the level of construction noise which can impact the nearby residential areas and offers methodology for modelling and designing the possible arrangements for the noise reduction. It defines partial effects of the construction site which are significant for the noise spreading. It establishes their role in the value of acoustic pressure level of the noise affecting the façade of the considered building. With the data collection and with case study verification it offers a prepared work tool which can be easily used to predict noise levels on construction sites and can be applied in the early constructions preparations. The structure of this thesis is planned for possible usage as university textbook or study support.
Analysis of financial costs for maintenance and repair of buildings and the methodology of their determination during the life of the building
Diaz, Yvetta ; Gašparik,, Jozef (referee) ; Sedlák,, Petr (referee) ; Motyčka, Vít (advisor)
The dissertation deals with the design of a methodology for determining the financial costs for the maintenance and repair of buildings under the moral life of the building. At the same time, it lays down generally uniform rules for determining these costs so that they are comprehensible to the average user. The work deals with the influence of the quality of implementation and the way of using the building on the amount of these costs. The aim of the dissertation is to determine the methodology for determining the most accurate costs for maintenance and repair of already completed buildings. This methodology is based on the classification of objects according to JKSO, as well as the properties of materials used for structural elements of the building, and the resulting functionality of these elements and the life of the materials. It is also based on valid legislation [1-14,22-26], which stipulates the obligations of proper construction and its use at least during the moral life of the building, which currently ranges from 20 to 25 years. The main goal of this work is to develop a methodology, thanks to which the builder will have a comprehensive overview of the costs in the time horizon of 20 to 25 years, which he will need for the operation of the construction. This will ensure the maximum extension of the life of the building. At the same time, it will be able to enter back into the system the actual costs of operating the construction, which will provide an overview of the actual costs, which will be able to use as a tax cost under certain conditions. At the same time, these data can be included in statistically significant files according to the types of individual objects, which will be used in the future to refine the estimation of these costs.
REDUCING THE VALUE OF CONSTRUCTION NOISE BY MODELING THE PRODUCTION AREA OF CONSTRUCTION SITE AND BY ADJUSTING THE TECHNOLOGICAL PROCEDURES DURING CONSTRUCTION
Kantová, Radka ; Makýš,, Peter (referee) ; Mohelníková, Jitka (referee) ; Henková, Svatava (advisor)
This doctoral thesis focuses on noise generated during construction. It defines the legislative and physical aspects of this topic. It determines heavy machinery as noise source and categorizes them by their usage in construction technologies. It collects source data of the machinery noises which can be further used in prognostic models. It analyses the level of construction noise which can impact the nearby residential areas and offers methodology for modelling and designing the possible arrangements for the noise reduction. It defines partial effects of the construction site which are significant for the noise spreading. It establishes their role in the value of acoustic pressure level of the noise affecting the façade of the considered building. With the data collection and with case study verification it offers a prepared work tool which can be easily used to predict noise levels on construction sites and can be applied in the early constructions preparations. The structure of this thesis is planned for possible usage as university textbook or study support.

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