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Advanced methods of application of thermal techniques in the design of heating buildings
Mikoláš, Petr ; Vyhlídalová, Karolína (referee) ; Horák, Petr (advisor)
The diploma thesis is divided into three parts. The first part is theoretical devoted to the introduction of BETONG building material. And next It is also devoted to themes of low - energy buildings and nearly zero-energy buildings, heat sharing and thermal comfort. In the second part is the concept of the heating system elaborated in three variants of the design in the scope of the study for the new family house. The third part is devoted to use of shell blocks of the BETONG with internal contact insulation compared to other masonry systems.
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Heating with a heat pump
Mikoláš, Petr ; Počinková, Marcela (referee) ; Horák, Petr (advisor)
The bachelor's thesis is divided into three parts. The first part is theoretical and deals with history, principle of function and distribution of heat pumps and general description of solar systems and collectors. The second part is computational, which deals with the design of heating in an apartment house. It solves the design of the low temperature heating system with the air-water heat pump cascade and the design of the solar system for hot water. The last part is the project, which contains the elaborated technical report and the project documentation.
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Návrh hasičské stanice Brno-Chrlice
Mikoláš, Petr
The thesis is focused on the preparation of project documentation for the building permit for the new fire station of category P3 - AZ. The load-bearing structure of the building is proposed by a combination of a two-storey modern skeleton system (containing monolithic columns, floor system beams and CLT panels) and a three-storey timber frame constructions. The stairway areas and shaft spaces for HVAC and sanitary instalation cables are designed as a reinforced concrete core. The interior space distribution in the garage spaces, including the constructions for the fireman's poles, are solved with a load-bearing construction made of aerated concrete blocks. The structural compositions were designed based on the increased fire safety requirements and material characteristics of the selected materials. The inner disposition of the building is designed for an unmanned station without an information centre. The first floor is intended mainly as a garage space with technical background of the station. The second floor is intended partly as a technical floor with a classroom and further as a background for a command staff. The last floor serves as a living and service floor for the threeshift working schedule of the station serving 11 workers per 24-hour shift. The project documentation is carried out in accordance with current versions of technical standards, laws, decrees and regulations currently valid in the Czech Republic.In the theoretical-methodologic part, it is possible to find a research of available literature and professional reference sources dealing with topics directly related to the design and its structural parts. On the student's initiative, the possible completion of the building project (e.g. solution of fire safety of the building etc.) in the following up master's programme at Mendel University is also considered by the student.
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Advanced methods of application of thermal techniques in the design of heating buildings
Mikoláš, Petr ; Vyhlídalová, Karolína (referee) ; Horák, Petr (advisor)
The diploma thesis is divided into three parts. The first part is theoretical devoted to the introduction of BETONG building material. And next It is also devoted to themes of low - energy buildings and nearly zero-energy buildings, heat sharing and thermal comfort. In the second part is the concept of the heating system elaborated in three variants of the design in the scope of the study for the new family house. The third part is devoted to use of shell blocks of the BETONG with internal contact insulation compared to other masonry systems.
|
|
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Heating with a heat pump
Mikoláš, Petr ; Počinková, Marcela (referee) ; Horák, Petr (advisor)
The bachelor's thesis is divided into three parts. The first part is theoretical and deals with history, principle of function and distribution of heat pumps and general description of solar systems and collectors. The second part is computational, which deals with the design of heating in an apartment house. It solves the design of the low temperature heating system with the air-water heat pump cascade and the design of the solar system for hot water. The last part is the project, which contains the elaborated technical report and the project documentation.
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