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Senior's Boarding House
Huleja, Adam ; Struhala, Karel (referee) ; Košíčková, Ivana (advisor)
This thesis is deals with design of a Senior’s Boarding House in Lomnicka u Tisnova. Building four-storey building with one service basement floor with This thesis deals with a design of a retirement home in Lomnicka u Tisnova. This is a four storey building with one service basement floor and with a flat roof. The structural system is of a transverse wall type. Material of structural elements is a combination of reinforced concrete and masonry. The building is founded on piles. In addition, the design includes a restaurant for warming and serving food prepared in different place, laundry and a small pool. All construction drawings and schedules has been developed as building information model (BIM).
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Multigenerational family house
Šmejdířová, Zuzana ; Struhala, Karel (referee) ; Čuprová, Danuše (advisor)
The topic of the bachelor thesis is the design multigenerational family house, which is situated in the village Nemošice near Pardubice. This is a two-story building with partial basement. The building is designed for housing 4-6 persons. The house is built of brick Porotherm systém, the roof is flat. In first floor in main part of house is the living room, garage for two parking spaces and storage of garden furniture. In the second part of first floor is a separate dewelling unit. In the second floor is a space for sleeping and rating. In the basement are storage rooms, utility room and workshop.
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Detached house in Vysoké Mýto
Zlesáková, Aneta ; Jelínek, Petr (referee) ; Struhala, Karel (advisor)
This bachelor thesis describes the design of the family house in Vysoké Mýto, Pardubický region. The family house has got two above ground floors and one underground floor. The family house is situated on the flat terrain. The entrance in the family house is orientated on the northwest side. On the northwest side is also the lee, the entrance into the garage, corridor with the staircase. On the souteast side is the living room. The living room is connected with the terrace. All residential rooms are designed from the the east to the the west. The goal is to have the most sunlight in the rooms. The family house is designed with the ceramic blocks, masonry in the basement is from the lost formwork. The ceiling systsm is from the cavity panel. The roof structure is designed like the flat with two asphalt modified strips.
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ID Gallery
Slavík, Jiří ; Sochorová,, Zuzana (referee) ; Struhala, Karel (advisor)
The aim of the thesis is to design a two-storey gallery and café building in Chrudim. The thesis has three parts. The first part presents the architectural and structural designs for the building permit. The building consists of two parts: a two -storey gallery and a one-storey café with necessary facilities. There is a green roof above the gallery and a terrace above the café. The envelope wall is insulated with mineral wool and loadbearing structures are designed from reinforced concrete. Internal non-load-bearing structures are designed of aerated concrete and plasterboard. The floors are monolithic reinforced concrete. I evaluated the building for Energy Performance Certificate. The second part proposes the design of selected building services: HVAC, artificial lighting and rainwater management system. There are two mechanical ventilation unit with heat recovery, which partly provide heating and cooling. The remaining heat is provided by local district heating grid. The designs also include concept of a photovoltaic plant on the roof. Third part assesses the life cycle assessment (LCA) of the structures. All the proposed compositions have the same main function - to ensure the stability of the building, fire safety, weather protection and thermal comfort. Six similar compositions of the vertical wall structure are proposed, combining different types of load-bearing masonry with ETICS system, ventilated facade, variant of aerated concrete blocks or VELOX system formwork. For the selected compositions, the functional unit is 1 m2 with a service life of 50 years and a heat transfer coefficient of U=0.216 ± 0.002 W/m2.K.
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Wellness hotel, Prostřední Bečva
Mužný, Jan ; Struhala, Karel (referee) ; Müller, Jan (advisor)
The intention of my diploma´s thesis was project of new building of wellness hotel located in the cadaster unit of village Horní Bečva. Plot for this building was chosen mild slope. Numbers of these plots are 764/1 and 769/1. Besides of hotel structure, there will be a structure of parking with 26 parking spots. Hotel will offer opportunity for all-seasons accomodation. Hotel guests will be able to visit wellness situated in the 4th floor and restaurant situated in the 1st floor. Restaurant will be allowed also for an external guests. Location for placement of this new building is suitable for this type of building. The hotel is solved as four-storey building. The external and internal loadbearing masonry are created from sand-lime brick of system KM BETA SENDWIX. The floor structures are created as cast-in-place reinforced concrete floors. The building has contact thermal insulation system ETICS. The diploma’s thesis has the form of design documentation for the building process.
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The Multifunctional House
Pánek, Martin ; Struhala, Karel (referee) ; Manychová, Monika (advisor)
The main concern of this thesis is to design a five-storey multifunctional house. The house is divided into the main living area to which it belongs especially residential units accessible by stairs from the ground floor and also basement boxes and room for prams. On the ground floor are also located the individual garage, store room and technology. The house has four floors and a basement, the basement are located mass garages. The house has a sloping wooden roof trusses.
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Multi-purpose building
Kopr, Radim ; Jelínek, Petr (referee) ; Struhala, Karel (advisor)
The diploma thesis deals with the design of a multifunctional house on the street Křídlovická in the city of Brno. The new building is five-storey with four above-ground and one underground floors. The main entrance is oriented to the southeastern side and adjacent to the northwest side, and a separate entrance to the underground garage in the southwest corner of the designed object. Behind the main entrance is a staircase connecting all floors, after a special entrance for the underground garage is the staircase down into the garage. From the southwest side there are entrances to restaurants and shops, these have staffing and supply entrances and social facilities from the north-east side of the building. A downhill ramp is also located behind the northeast side of the building, from the southwest side are solved areas - restaurant garden, sidewalks and parking areas. In other above-ground floors, open space office spaces with separate meeting rooms, office director, secretary offices, and social facilities on the northeastern side of the floor are designed. Within these floors is proposed continuous greening of the atrium. The supporting system is a monolithic reinforced concrete combined with masonry staircases and a northeast wall. In the basement, the support system is a skeleton in combination with the walls of a lost formwork. Roof flat single-skinned with various inclinations 1-5°
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Apartment building
Mrázková, Eva ; Vlach, František (referee) ; Struhala, Karel (advisor)
The subject of the thesis is the processing of project documentation for the construction of a residential building in Pasohlávky u Brna. It is a detached building with two above-ground floors. There are 8 residential units in the building, 4 housing units on each floor. The building does not have a cellar, the structure is based on strip foundations from plain concrete in combination with pre-cast permanent formwork from concrete block and foundation slab. The structural system is designed as a masonry system from clay masonry. The external walls are covered with contact thermal insulation ETICS and internal loadbearing walls are design as an acoustic wall. The ceiling structure is made from a cast-in-place reinforced concrete floor. The building is covered with a single-layer flat roof. The project documentation also includes design of terrace, footpath and parking spaces.
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The Fire Station Holešov
Křepelka, Jakub ; Struhala, Karel (referee) ; Manychová, Monika (advisor)
The Master’s thesis is about processing design documentation for a new bulding of firehouse type P4. Location of the bulding is chosen so the firehouse is near the industrial precinct , further to be near to the planned highway connection and city bypass so they don’t have to pass in the event of an alarm through the city. The firehouse is design as partly two-storey and partly single-storey building. On the first floor is on the north storage part with technical utility rooms. In the middle is garage for fire trucks, and on the south side of the station is hygienic and wet areas, gym and meeting room for emergency staff. On the second floor are rooms for firefighters and offices for officers. Construction system of the building is precast concrete frame with longitudinal construction system. Building envelope is due to the local architecture designed as infill wall with contact thermal insulation systém ETICS. Warm flat roof are green. In the station are placed eight firetrucks (3x CAS, DA, TZA, RZA, AŽ, NA) and 17 fireman in the one shift in three teams.
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Apartment Building
Švecová, Michaela ; Pilík, Václav (referee) ; Struhala, Karel (advisor)
The subject of this bachelor thesis is making the project documentation for construction of an apartment building in Vysoké Mýto. The apartment building is located on the western outskirts of Vysoké Mýto, in the residential area. It is a free-standing, three-storey, non-basement building with six housing units on the second and third floor. There are technical premises and four garages on the first floor. On the east side of the building, there is a parking lot and entrances to the individual garages. The vertical structural system of the building is made of Porotherm ceramic blocks. The building is insulated by a contact thermal insulation system with EPS insulation. Horizontal structures are made of reinforced concrete monolithic ceilings. The balcony boards are made of monolithic reinforced concrete with using ISO-supports. Vertical movement is possible through a staircase that is made of monolithic reinforced concrete or through the lift which is stored in a self-supporting shaft from monolithic reinforced concrete. The building is based on drilled piles in interaction with reinforced concrete foundation strips. The roof is flat, green in combination with pea gravel. The project was designed with a respect to current development in the area and with emphasis to the regulations. Parts of the work are schemes of technical equipment of buildings in the object and reviews of construction physics, in particular thermal technics, acoustics, insolation and lighting. The following programs were used: AutoCAD 2018, AutoCAD 2021, ArchiCAD, Teplo 2017, Světlo+, Building Designe, Microsoft Word, Microsoft Excel, Microsoft Publisher, Hluk+.
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