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Family house
Mlejnek, Lukáš ; Král, Jakub (referee) ; Brukner, Bohuslav (advisor)
My bachelor’s thesis project deals with a two-storey detached house with a vegetation roof. The house is designed as a new building with a basement stretching beneath a part of the ground floor. The house is intended for a family of four or five members and it is designed as eco-friendly. As regards its classification according toits energy envelope’sparameters, it falls into category B – very energy-efficient. The ground floor has rooms intended foreveryday life of a family, the first floor (i. e. 2nd above-ground floor) is designed as a rest zone and finally, the basement houses the technical rooms.Vertical structures used for the construction of the basement should be made of lost formwork blocks while the remaining vertical structures are designed to be made using the VAPIS lime-sand masonry system. The exterior building shell is to be insulated with the UDIRECO wood-fibre boards. Horizontal structures are to be made of the POROTHERM system. The staircase is planned to be made of reinforced concrete. The house is to be covered with an extensive green roof. The adjoining garage should have a semi-intensive vegetation rooftop terrace, accessible from the hall on the 1stfloor (i. e. 2nd above-ground floor).
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Firehouse - station type P1
Tuza, Ondřej ; Burianová, Lenka (referee) ; Kacálek, Petr (advisor)
This diploma thesis solves creating of the layout study and creation of documentation for the realization of a new fire station. In the building, the location of the JPO I rescue units is considered. The territorial jurisdiction is usually considered to be within 20 minutes of dislocation. The category of the fire station will be considered as P1. The object consists of two structurally and functionally different parts. The first part is designed as a one-storey reinforced concrete skeleton roofed with pre-stressed ceiling panels. This section includes technical background and garages. The cladding of the skeletal part of the building is solved by a masonry block made of lime-sand blocks with external thermal insulation composite system. The second part is walled from lime-sand blocks with external thermal insulation composite system. There are spaces of administrative and operational character. This section has two above-ground floors. The ground plan is fractured, the maximum dimensions are 45.59 x 28.34 m. The building has no basement, roofed only with flat roofs. The object is situated in the peripheral locality of Příbor, the terrain is slightly sloping.
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Apartment building
Štrbáková, Adela ; Kozubíková, Ivana (referee) ; Matějka, Libor (advisor)
The bachelor's thesis deals with the new construction of an apartment building on the outskirts of the village Dohňany. The aim of the work was to develop project documentation for the construction. The building is designed on plot no. 842/2, which is slightly sloping. The apartment building has four above-ground and one underground floor. Perimeter load-bearing structures are designed from the Ytong system in the above-ground floors. In the basement, the perimeter load-bearing walls are solved by a combination of a reinforced concrete wall and a Ytong block. The ceiling structures in the building are designed as semi-assembled from the Ytong system. The building is covered with a single-skin flat vegetation roof with a slope of 3%. There are 9 residential units and one studio designed in the building. Housing units come in a variety of sizes and layouts. In addition, the building in the basement has a utility room, cellar, carriage house, cleaning room and four underground garages for cars.
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Administrativní budova s nízkou energetickou stopou
Slepánek, František ; Žižka, Lukáš (referee) ; Vajkay, František (advisor)
The aim of this diploma thesis is trying to solve difficulties connected with administrative buildings. In this thesis we are talking about possibility that administrative building can have low energy footprint. Most of energy consumption of administrative building is not created by heating but mostly by cooling and by consumption of office equipment. That is why there have been used modern equipment of the building as well as automatic control of building equipment.
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Family house with gym
Hanšpach, Vít ; Partika, Radek (referee) ; Daněk, Lukáš (advisor)
The new building not cellar under, two storyes family house with a garage and gym. The building is based on the foundation strips.Footing in the non-freezing depth. System design house is two-way, vertical walls are lime-sand masonry. The fasade is complemented by thermal isolation. Horisontal strukcures is made of beams and ceramics inserts HODO and cavity panels. Heating are ensured by a gas boiler. The interior staircase is designed as reinforcete.
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Detached House with Two Flats in Uhřínov
Pospíšilová, Jitka ; Blažek, Petr (referee) ; Fišarová, Zuzana (advisor)
The bachelor thesis deals with a design of a detached house which includes two interconnected apartments. The property is situated on the edge of the town called Uhřínov, near Velké Meziříčí. The house is intended for a 5-member family and two grandparents, one of which is wheelchair dependent that is why one of the apartments is wheelchair accessible. The building has two floors and no basement. In the southeast part of the property a garage with a workshop is designed. The building is designed to be built from the construction system KM BETA. The construction of the ceiling is designed from reinforced concrete and the construction of the roof is made of two girder roofs with its incline of 10°.
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Apartment building
Štrbáková, Adela ; Kozubíková, Ivana (referee) ; Matějka, Libor (advisor)
The bachelor's thesis deals with the new construction of an apartment building on the outskirts of the village Dohňany. The aim of the work was to develop project documentation for the construction. The building is designed on plot no. 842/2, which is slightly sloping. The apartment building has four above-ground and one underground floor. Perimeter load-bearing structures are designed from the Ytong system in the above-ground floors. In the basement, the perimeter load-bearing walls are solved by a combination of a reinforced concrete wall and a Ytong block. The ceiling structures in the building are designed as semi-assembled from the Ytong system. The building is covered with a single-skin flat vegetation roof with a slope of 3%. There are 9 residential units and one studio designed in the building. Housing units come in a variety of sizes and layouts. In addition, the building in the basement has a utility room, cellar, carriage house, cleaning room and four underground garages for cars.
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Firehouse - station type P1
Tuza, Ondřej ; Burianová, Lenka (referee) ; Kacálek, Petr (advisor)
This diploma thesis solves creating of the layout study and creation of documentation for the realization of a new fire station. In the building, the location of the JPO I rescue units is considered. The territorial jurisdiction is usually considered to be within 20 minutes of dislocation. The category of the fire station will be considered as P1. The object consists of two structurally and functionally different parts. The first part is designed as a one-storey reinforced concrete skeleton roofed with pre-stressed ceiling panels. This section includes technical background and garages. The cladding of the skeletal part of the building is solved by a masonry block made of lime-sand blocks with external thermal insulation composite system. The second part is walled from lime-sand blocks with external thermal insulation composite system. There are spaces of administrative and operational character. This section has two above-ground floors. The ground plan is fractured, the maximum dimensions are 45.59 x 28.34 m. The building has no basement, roofed only with flat roofs. The object is situated in the peripheral locality of Příbor, the terrain is slightly sloping.
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Family house
Mlejnek, Lukáš ; Král, Jakub (referee) ; Brukner, Bohuslav (advisor)
My bachelor’s thesis project deals with a two-storey detached house with a vegetation roof. The house is designed as a new building with a basement stretching beneath a part of the ground floor. The house is intended for a family of four or five members and it is designed as eco-friendly. As regards its classification according toits energy envelope’sparameters, it falls into category B – very energy-efficient. The ground floor has rooms intended foreveryday life of a family, the first floor (i. e. 2nd above-ground floor) is designed as a rest zone and finally, the basement houses the technical rooms.Vertical structures used for the construction of the basement should be made of lost formwork blocks while the remaining vertical structures are designed to be made using the VAPIS lime-sand masonry system. The exterior building shell is to be insulated with the UDIRECO wood-fibre boards. Horizontal structures are to be made of the POROTHERM system. The staircase is planned to be made of reinforced concrete. The house is to be covered with an extensive green roof. The adjoining garage should have a semi-intensive vegetation rooftop terrace, accessible from the hall on the 1stfloor (i. e. 2nd above-ground floor).
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Administrativní budova s nízkou energetickou stopou
Slepánek, František ; Žižka, Lukáš (referee) ; Vajkay, František (advisor)
The aim of this diploma thesis is trying to solve difficulties connected with administrative buildings. In this thesis we are talking about possibility that administrative building can have low energy footprint. Most of energy consumption of administrative building is not created by heating but mostly by cooling and by consumption of office equipment. That is why there have been used modern equipment of the building as well as automatic control of building equipment.
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