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Acoustic emissions of buildings
Smažinka, Josef ; Uher, Pavel (referee) ; Rubinová, Olga (advisor)
The diploma thesis deals with acoustics with the main focus on acoustic emissions of buildings. The first part of the thesis aims to familiarize the reader with the field of acoustics as a whole. They will learn the basic concepts, quantities and relations that exist in acoustics. In the second part I focus specifically on the sources of noise in buildings and their surroundings, how can excessive noise affect health, what standards must be met and how to prevent excessive noise. The last part is devoted to practical measurements in the field, which is focused on real sources of noise in the city of Brno. The aim of this measurement is to compare the noise generated by buildings with other noises in the urban environment.
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Effective evaluation of losses to buildings affected by flood
Tuscher, Martin ; Schneiderová-Heralová,, Renáta (referee) ; Kocanda,, Pavel (referee) ; Zeleňáková,, Martina (referee) ; Hanák, Tomáš (advisor)
This doctoral thesis deals with the valuation of damage to buildings affected by floods. In its individual parts, it researches floods as a risk, focuses on the damage caused by this natural phenomenon and examines the methods used to assess the damages caused by floods. With the beginnings of human settlement, the vicinity of rivers has been inhabited for the many befits that watercourses bring. However, there are many dangers associated with this, especially the ones associated with the spillage of riverbeds – with floods. This phenomenon causes considerable damage to property, the environment or human health and lives. There are many measures to eliminate the risk of flooding, or at least mitigate its effects. This work further researches the mitigating of impacts – it examines the methods of determining the amount of damage to buildings caused by floods, looks for factors and parameters influencing the amount of damage and focuses on streamlining these methods. The aim of the thesis is to find a suitable methodology/model that can automate the calculation of the amount of damage, or in other words, to find a quick and at the same time sufficiently accurate solution to this problem. The main output of the thesis is the equation of the damage curve and a model for the amount of damage calculation based on the principle of damage curves using the hybrid genetic algorithm. Another output is a practical tool that works on the basis of the said algorithm and automatically calculates the amount of damage to the building when entering very basic information about the damaged object.
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1. Reconstruction of the vocational school Dubňany. Construction Technology Preparation
Dohnálek, Marek ; Hrůza,, Jaroslav (referee) ; Kovářová, Barbora (advisor)
The subject of this technological preparation of construction is to find out scope of work needed for reconstruction of former miners school in Dubňany.In Czech Republic exits plenty of these abandoned places and this master thesis should serve as an example of reconstruction of some theirs parts.Within this project I would like to valorize the experience gained from excursion to foreign countries, where the passive and low-energetic buildings are common.Missing project documentation of some part of this facility was replaced by 3D modelling based on my own laser measurement.The main object SO 01 has been already rebuilt into passive apartment building but without building-technological study and proper project documentation.Due to missing foundations and confidential internal documentation of the construction company is impossible to compare the real material, human and financial resources with those mentioned within this thesis. The master thesis contains technical report for the building-technological project, coordination of the transport routes, chronological and financial plan, realisation of the main technological steps, equipment of the construction project , draft of machinery, time schedule of the main project, plan of getting the needful resources, technological regulations, control and probationary plans, disposal of asbestos reports, owning contract, two roof decks comparison from the point of view of thermal technology and specialization from the building field.
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Acoustic emissions of buildings
Smažinka, Josef ; Uher, Pavel (referee) ; Rubinová, Olga (advisor)
The diploma thesis deals with acoustics with the main focus on acoustic emissions of buildings. The first part of the thesis aims to familiarize the reader with the field of acoustics as a whole. They will learn the basic concepts, quantities and relations that exist in acoustics. In the second part I focus specifically on the sources of noise in buildings and their surroundings, how can excessive noise affect health, what standards must be met and how to prevent excessive noise. The last part is devoted to practical measurements in the field, which is focused on real sources of noise in the city of Brno. The aim of this measurement is to compare the noise generated by buildings with other noises in the urban environment.
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Procedural City
Dolejška, Daniel ; Chlubna, Tomáš (referee) ; Milet, Tomáš (advisor)
The goal of this thesis is to implement configurable tool (program), which will be able to build a model of a city. The program uses OpenGL library and principles of procedural generation for model creation. The generation process itself has a number of customizable variables, which have direct impact on the visuals of the models, their complexity and size. Created models can be exported and further modified in almost any 3D graphics software.
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Prices of buildings
Vostrčil, Michal ; Krischková, Radka (referee) ; Tichá, Alena (advisor)
The aim of this thesis is to become familiar with the prices that occur in the construction industry, as well as how the price is determined for buildings through the use of computer technology. The basic principles, practices and concepts pricing buildings are defined in the theoretical section, which introduces two specialized programs. In the practical part, these methods are then applied to real buildings. Building object is a storage hall in Brno.
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