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Multifunctional building in Pelhřimov
Dvořák, František ; Kalánek, Ing Jiří (referee) ; Brzoň, Roman (advisor)
The diploma thesis deals with a project of a new multifunctional building in Pelhřimov. The object is composed by four above-ground and one underground floor. Commercial premises are located on the first above-ground floor. These premises consist of a travel agency, bakery, bookshop and sports outfitters. Two individual administrative premises can be found on the second floor. Eight flats were designed on the third and the fourth above-ground floor. On each of these floors, there are four flats; two of them were designed as two-bedroom and two of them as three-bedroom flat. A common area and a row garage can be found on the underground floor. The construction system of the object is a combination of reinforced concrete frame and a masonry system. The object is roofed with a warm flat roof with a typical sequence of layers.
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Fitness and Wellness center
Pospíchal, Pavel ; Kalánek, Jiří (referee) ; Brzoň, Roman (advisor)
The diploma thesis is about design and project documentation of fitness and wellness center. The designed object is situated in the outskirts of Havlíčkův Brod in a quiet environment and with direct connection to the city dam. The object is a three-storey partially-basement building with a flat green roof in three levels. The building is based on the base passages of plain concrete, reinforced concrete slabs and beads. The supporting, peripheral and partition walls are designed from the VELOX system. The outer casing consists of cement slab, reinforced concrete core and thermal insulation. In open-plan areas there are designed reinforced concrete columns. The ceiling structure is predominantly designed from reinforced concrete slabs to lost formwork. Part of the facade is plastered, the other part is ventilated. Individual architectural elements divide the object into units and fit into the natural landscape. The object is divided into several tracts where each has its own purpose and specification. In the 1st floor there is a gym, room for trainers and coordinating training room. In the center there is atrium, reception, cloakroom, buffet and public toilets. Vertical communication is possible using a suspended staircase or a hydraulic lift. On the 1st underground floor there is a reception desk and cloakroom for disabled people. In the western part of the tract there is an indoor pool with whirlpool, of course there are cloakrooms divided for men and women. The eastern part of the tract is used as a technical room of air-conditioning, there are also 3 saunas, including a relaxation room and dressing room. All facilities on the 1st underground floor have access to an outdoor park, including a dam and outdoor whirlpools. In the 2nd floor there is a staffing facility, an area for manegement, technical rooms and an outdoor green terrace. The designed object is designed for disabled people. Around the object there is designed a car park for 33 cars.
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Corporate kindergarten in Zlín
Knotek, Michal ; Kalánek, Jiří (referee) ; Brzoň, Roman (advisor)
The aim of this diploma thesis is to design a low-energy corporate kindergarten with extended opening hours for the Thomas Bata Regional Hospital in Zlín. The building has one wheelchair accessible floor. It includes two separate classes for children with necessary facilities for children and staff. Envelope walls are designed from prefabricated wooden wall panels with PUR foam filing and ETICS. Internal walls are designed from ceramic blocks with clay plasters to provide heat accumulation and stable indoor environment. The superstructure is supported by strip foundations. The building has flat extensive green roof supported by timber I-beams. Energy for floor heating and domestic hot water is provided by a cascade of two air-water heat pumps and solar thermal collectors. Ventilation in the building is provided by air conditioning unit with heat recovery. Its operation is divided in two zones, kitchen and other spaces. The adjacent plot includes a garden with play elements, a stormwater storage basin with an overflow into an infiltration tank. The infiltration tank also serves for threated water from a wastewater treatment plant. Separate part of the thesis includes assessment of 2D thermal field with change proposal and evaluation of selected building structures, . The thesis is elaborated in Revit 2020, DEKSOFT and other software.
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Detached house with pet shop
Meliš, Lenka ; Kalánek, Jiří (referee) ; Ostrý, Milan (advisor)
The subject of this bachelor theses is a design of detached house with pet shop attached to it. It is situated in Klobušice, which is a suburban part of the city of Ilava. The site includes parking space for three cars for shop customers and one for occupants. The house is two storey building without basement. It is divided into two functional areas, the pet shop area and the living area. The living area is designed for four people. Living area roofing is designed as a shed roof with 8° slope and the pet shop area is covered by vegetative roof with 3° slope. For load-bearing walls the Silka sand-lime blocks are used insulated with thermal insulation of mineral wool mounted on the exterior side of the wall. The house is built on foundation slab, which is laid on a layer of foamed glass brash. The house is designed as passive house including ventilation with heat recovery. The theses contain project documentation for the construction and an essay - Structural parts and building evaluation in terms of thermal engineering and acoustics requirements.
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Coworking hub Špitálka
Gebauer, Pavel ; Kalánek, Jiří (referee) ; Brzoň, Roman (advisor)
The building is a continuation of the current architectural and urban planning study, which considers the concept of the Špitálka development location as a new area in the sense of a Smart city. Existing archive objektu is composed of a dominant four-store mass with a flat roof and a single-store extension with vaulted roof structure by three barrel vaults. The structural system uses the existing reinforced concrete frame with a 6x6 meter module. The Infill structures are designed in the form of CLT panels. Wood, with its ability to regulate humidity and absorb noise could also reduces risk of the global warming. The idea of a coworking space is based on the disruption of the typical horizontal division of floors. The individual floors are completely independent of each other and do not influence each other in any way. On the contrary, there is maximize openness even in the vertical plane in the form of random views. The project aims to use of energy from renewable sources and thus be as self-sufficient as possible. The overall energy stability is aided by the concept of thermal and electrical grids on site. The main source of energy is transfer station from a hot water which supplemented by a absorbing heat exchanger. The building reuse rainwater for watering green facades and gardens and also use photovoltaic panels to support an aspect of a self-sufficient system of the building. The third part of the thesis is dedicated to th issue of facility managment. The connection of the object with intelligent systems helps to maximize user satisfaction. With a comprehensive solution through CAFM software, the building can respond to the problems and shortcomings of individual services, from technology management and accounting to security management or waste management.
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Retirement home
Šindelář, Marek ; Kalánek, Jiří (referee) ; Brzoň, Roman (advisor)
The subject of the master project is the project documentation of a retirement home in Předín. The building is designed as a three-storey. There are 8 single bedrooms and 12 double bedrooms; double bedrooms have an en-suite bathroom and the two single bedrooms have a shared bathroom. The foundations are designed as část-in-place concrete strips. Vertical load-bearing and non-bearing structures are designed of ceramic blocks; only the structure of the elevator shaft is made of reinforced concrete. The horizontal load-bearing structures are made of reinforced concrete floor slabs. The roof of the building is designed as a warm flat roof covered with a layer of aggregate. Heating and water heating is provided by a cascaded pair of ground/water heat pumps and solar thermal collectors. Ventilation in the building is provided by air conditioning with heat recovery. Ventilation is divided into the community area and a living area. There is an accumulation and use of rainwater for irrigation of the green facade and flushing the toilet in the building. The project also deals with comparison of heat pumps for heating, water heating and cooling compared to gas boilers or biomass boilers for heating and water heating and air conditioning units for cooling the building. The diploma thesis contains project documentation for building permits and was designed in ArchiCAD 22, DEKSOFT and Lumion 10.
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Kindergarten in Kunovice
Juřenčáková, Soňa ; Kalánek, Jiří (referee) ; Ostrý, Milan (advisor)
The diploma thesis deals with the design of the Kindergarten in Kunovice near Uherské Hradiště in the Zlín Region. The proposed building has two floors. There is a kindergarten on the first floor and a leisure centre on the second floor. The kindergarten has two classes, each class for 15 children. The structural system is designed as a masonry of sand-lime blocks with a flat roof with vegetation.
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Kindergarten in Šumperk
Vicianová, Zuzana ; Kalánek, Jiří (referee) ; Brzoň, Roman (advisor)
The aim of the master’s thesis is to design a new kindergarten with nearly zero energy consumption, in the Šumperk. Kindergarten has one above-ground floor, and it is designed with capacity of 48 children split into two departments which contains a playroom, a locker room, sanitary facilities, bed and toy storages and a room for food preparation. In the middle part of the kindergarten there are offices and technical facilities. The thesis consists of three main parts. First part is focused on building design and construction. The building is based on concrete foundation strips. The vertical loadbearing structures are designed from ceramic blocks and horizontal load-bearing structures are designed from the prestressed ceiling panels. The building is insulated by ventilated facade, and it is covered by a warm flat roof with extensive greenery. Second part is focused on HVAC design and renewable energy sources. The building uses mechanical ventilation with heat recovery, heating is provided by two gas boilers and the part of need of electricity is provided by a photovoltaics system. Third part includes multi-criteria analysis of the building using SBToolCZ methodology. The project is designed using ARCHICAD and AutoCAD software.
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Hyporehabilitation Havlíčkův Brod
Veselý, Karel ; Kalánek, Jiří (referee) ; Brzoň, Roman (advisor)
The subject of this diploma thesis is to design a NZEB hyporehabilitation building in the hospital campus in Havlíčkův Brod. The building has three above-ground and one underground floors, connected with a staircase and elevator. It contains five therapy rooms with an access to a terrace and stables for up to seven horses. The underground floor includes a corridor, a technical room, an air conditioning unit room and warehouses. On the other floors, there are facilities for hipporehabilitation staff facilities and stables for horses. The building is based on reinforced concrete foundations. The vertical load-bearing structures are designed from ceramic blocks. In the basement, the cast-in-place reinforced concrete cladding is insulated with ETICS. The floor structure consists of prefabricated reinforced concrete panels. The staircase is designed as a reinforced concrete prefabricate. The building is covered with a flat, single-skin roof, partially designed as green roof. The heating and domestic hot water are privided by the connection to the campus central heat supply system using a heat-exchanger. Ventilation in the building is provided by air-conditioning units with heat recovery. Photovoltaic panels are installed on the roof of the building. In the third part, the details in the 2D temperature field of selected parts of the building were assessed, modifications were proposed and an evaluation was carried out. The diploma thesis was processed mainly in ArchiCad and DEKSOFT software.
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Pension Přehrada
Svobodová, Monika ; Kalánek, Jiří (referee) ; Brzoň, Roman (advisor)
The topic of master project was the processing the design documentation for a Pension Přehrada. I designed a pension with a restaurant and a small wellness area. It is a detached building in the cadastral territory of Brno Kníničky. The building is L-shaped and consists of two parts. The first part has two above-ground floors and a loft. This part of the building is covered by a gable green roof. The second part of the building has one above-ground floor and warm flat roof. The vertical structures are designed from ceramic blocks. The external masonry is insulated with the ETICS. Some external masonary are designed like exterior ventilated facade with stone cladding and a green facade. Floor structures are designed by SPIROLL panels. The master project includes the concept of heating, ventilation, cooling, domestic hot water heating, lighting, rainwater management and photovoltaic panel design. In the part of my project, I focused on optimizing the design of the gable roof. I changed the composition of the gable roof so that more rainwater would be retained to be used in the facility. I placed additional photovoltaic panels on the gable roof and simulate whether they would cover the electricity consumption in the building. I evaluated the changes in the energy performance certificate, and compared them with the original design.
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