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Municipal Office with multi-purpose hall
Machová, Petra ; Krupica, Roman (referee) ; Bantová, Sylva (advisor)
The master´s thesis on the Municipal Office with a multipurpose hall is prepared as the project documentation for the construction. The building includes the municipal office, a tourist information centre, an area for the provision of limited postal services, a café and a multipurpose hall. The building complements the development of the square in the centre of Horní Maršov village. The building has an L-shaped plan, one underground and three above-ground floors. The multi-purpose hall is unbasement, one storey. The load-bearing system is designed as a wall system, partly reinforced concrete, monolithic in the underground floor and in the above-ground floors made of aerated concrete blocks. The ceiling structures are designed as monolithic reinforced concrete slabs and the multipurpose hall has a ceiling structure made of pre-stressed reinforced concrete panels. The roof structure of the main building is a two-layer flat roof with metal sheeting, and the multipurpose hall is covered with a flat roof with asphalt shingles.
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Social housing, Brno
Krbylová, Alžbeta ; Krupica, Roman (referee) ; Sátora, Josef (advisor) ; Petříček, Tomáš (advisor)
The project of social housing in Brno – city part of Malomerice, is especially aimed at Roma community as well as other families with more members. Designed objects are situated along the borders of site to create semiprivate space for playing and community action in proposed community centre. Houses are designed to accomplish owner´s demands as it creates the diversity of terraced houses. The base of every design is unit (distinguished by gable roof) with entry space, staircase, technical and hygienic core. According to wishes, there were created number and location of rooms (with mono-pitched roof). Therefore in detailed house, there are rooms for up to 10 people with open kitchen and living room. Within the incorporation of minority community to society and improvement of their starting position in labour market it is taking into account with construction of dwellings by their owners with supervision under experienced craftsmen. Due to their simplicity and availability as main material for construction were chosen aerated concrete blocks YTONG. Façade is mostly made of basic white plaster with ability of choosing the colour in part with gabled roof.
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Mixed-use building in the Slavkov complex
Milota, Martin ; Krupica, Roman (referee) ; Jelínek, Petr (advisor)
The building in a question is a new build mixed-use building. It is situated in industrial area of Slavkov u Brna and is intended for employees of this area. In the underground floor is situated collective garage for 18 personal automobiles. First floor is designed for retail sale. Specifically general store, boutique and cafe. In the second and third floor are accommodation units for area employees. Specifically 12 accommodation units. Building has a flat roof with asphalt strip coating. The load-bearing system of the building is designed as a reinforced concrete skeleton, THERM-type bricks are used for the construction while thermal comfort is achieved by a certified external thermal insulation composite system (ETICS) featuring façade polystyrene. There is parking space area in front of the building.
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House with care service
Koňaříková, Lucie ; Krupica, Roman (referee) ; Müller, Jan (advisor)
The aim of my diploma thesis is the solution of nursing house in Hovězí. Three floored building is without cellar in the shape of rectangle and its size is 36,045 x 16,295m. Structural system is made from bricks specifically acoustic bricks Porotherm AKU Z. The saddle roof is from wooden trusses, roofing material is made from metal sheet with rake angle 12°. Basis of the building is ferroconcrete and concrete.
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New building boarding house with restaurant
Zelman, Martin ; Krupica, Roman (referee) ; Jelínek, Petr (advisor)
The subject of this thesis is the elaboration of the project documentation of a guesthouse with a restaurant located in Deštné in the Orlické Mountains. The thesis contains three parts. The first part deals with the architectural and structural design of a detached three-storey building. The first floor houses the restaurant, an entrance area for the guesthouse, and technical facilities of the building. The second and third floors are intended for accommodation and recreation of guests. The structural system is designed as a transverse wall with a longitudinal stiffening wall. The second part deals with the technology of the building environment. A wood pellet boiler is designed as the energy source for heating and hot water. A VRV system is used for space cooling. Photovoltaic panels are placed on the roof to generate electricity. The captured rainwater will be used to flush the toilets. The ventilation of the individual rooms is provided mainly by forced ventilation. The third part consists of the development of an energy study, where different combinations of the considered options are proposed, especially within the changing heat sources. For the development of different options, I use the same proposed reference building. The output of this part is an evaluation and comparison of the individual options with each other. Furthermore, selecting and incorporating the best option into the previous parts of the thesis in terms of primary energy from non-renewable heat sources and indicative operating costs.
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Guest house Heller
Tesařová, Silvie ; Krupica, Roman (referee) ; Bantová, Sylva (advisor)
The diploma thesis entitled "Guest house Heller" processes project documentation at level for building construction, which is located on the outskirts of the city of Jihlava. The building has 23 accommodation units and a restaurant, with a dedicated barrier-free accommodation unit on the ground floor. It has gained its location on a flat plot of land near a natural park with a pond and public sports fields. The guesthouse is T-shaped, with set-back floors, and is based on reinforced concrete foundations. The vertical load-bearing structures of the upper floors are made of cavity bricks, while the underground floor uses lost formwork. The load-bearing partitions are mainly made of plasterboard. Precast prestressed panels were used for the horizontal structures. The entire building is fitted with external thermal insulation composite system and the roof is designed as a flat vegetated roof with an attic. Aesthetically, Guest house Heller is designed in a combination of white and grey colours, enlivened by beech wood panelling. This thesis provides a comprehensive view of the architectural and structural aspects of the guesthouse, including technical details and material specifications. The building is designed as a nearly-zero energy building.
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Apartment house
Vokál, Jaroslav ; Krupica, Roman (referee) ; Müller, Jan (advisor)
Diploma thesis work solves design of the apartment house in city Nový Bor. It is a four-storey detached building without basement. The shape of house is rectangle with maximum dimensions 38,27x14,17 m. The apartment house is designed of clay block Porotherm 300 mm, is founded on foundation strips and the roof is flat in two levels. There is designed a 14 flats.
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Office building with cafe
Ondrová, Martina ; Krupica, Roman (referee) ; Jelínek, Petr (advisor)
The aim of the Master‘s thesis is to design a detached near-zero energy office building with a café. The building is designed as three-storey detached building with the café on the first floor, offices on the first and second floor and the third floor contains building services. The thesis is divided into three parts. The first part consists of architectural and structural designs. The building has foundations combining foundation pads, strips, and a foundation slab under a reinforced concrete core. The superstructure is designed as a reinforced concrete frame with ceramic infill walls and ventilated facade. The floor and warm flat roof structure is designed by using prestressed hollow core panels. The second part focuses on the design of building services and energy efficiency assessment. Heat for space and domestic hot water heating will be provided by air-water heat pumps which would also provide cooling in summer. The building will have mechanical ventilation. The electricity demand will be partially covered by a photovoltaic system. The photovoltaic panels will be placed on the roof. The artificial lightning will be used in the building. The rainwater drained from the roof through roof drains will be directed into a storage tank and reused for flushing toilets. If there is an excess, the water will be diverted via an overflow to a seepage polder on the plot. The third part of the Master's thesis involves a thermal assessment of selected structural focused on thermal bridges. Structural focused is dealing with the anchoring of structures into the building envelope provided by thermal insulation assembly blocks at the anchor points to brake thermal bridges. Calculation of the linear thermal transmittance has verified that thermal bridges do not occur in selected critical points. The calculation of the linear heat transfer coefficient involves two calculation methods, which are compared on the basis of the results in terms of practical application. The used software: AutoCAD, SketchUp, Lumion, Deksoft, BuildingDesign.
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Chalet
Patera, Vojtěch ; Krupica, Roman (referee) ; Krupicová, Jana (advisor)
The master‘s thesis „Mountain chalet“ is elaborated as a project documentation containing all the properties in compliance with valid regulations. The aim of the thesis is the proposal of new objects on the site of the former chalet called Peterbaude in the city Špindlerův Mlýn, on the building estate numer 85/1. The original chalet was on the list of cultural monuments. The architectural solution for the renewall of chalet is assigned by requirements of NPÚ. The documentation of two new objects and reconstruction of existing object are aleborated in the master‘s thesis. The work also comprises thermal technical assessment, dispositional design and specialization work.
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Mixed-use building
Kmec, Peter ; Krupica, Roman (referee) ; Jelínek, Petr (advisor)
The purpose of the thesis is the processing of project documentation fot the construction design of the Mixed-use building in the city of Brno, a borough of Židenice. Underground and first floor are made of cast-in-place concrete. The vertical load-bearing structures of the second, third and fourth floor are designed from ceramic bricks of 300 mm thickness. Floor slabs in the whole building are made of cast-in-place concrete. The last floor has warm flat green roof. The building is designed so that the underground floor is largely made up of underground garages, oriented to the west. Basement of the building is used for technical background of the building too. The first and second above-ground floors are intended primarily fot trade and services, where the all kinds of the offices of the first two above-ground floors makes up to 75% of the floor area. The third and fourth floors are used for housing. The building is oriented from east to west.
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