|
|
Design of a contemporary sustainable urban structure for a 21st century city
Bretterová, Anna ; Boulaz, Ivana (referee) ; Májek, Jan (advisor)
This work focuses on the design of a new urban structure in the Břeclav and the connection of separate parts of the city while respecting the protection zones. It also includes the design of new public spaces – streets, parks, squares. The proposed solution tries to support and further develop the character of the city - the close connection with nature and the frequent use of bicycle transport. The work also deals with the revitalization of the current course of the Dyje River - the re-meandering and restoration of the old river arm. Finally, space is also dedicated to improving the quality of transport in Břeclav.
|
|
|
Energy efficient family house
Honek, Jan ; Brzoň, Roman (referee) ; Vlach, František (advisor)
My bachelor's thesis aims to design documentation for building permission of an Energy efficient family house. The thesis is divided into two parts. The first part includes architectural, structural, and fire safety designs and daylighting, acoustic, and thermal assessment. The building is designed on a sloping plot in Předklášteří. It has three-stories with a gable roof and is designed for a family of five. The floor plan of the building is a simple rectangle with an unusual layout. In the basement, there is the private part, and the social part is on the first floor. The foundations are designed from cast-in-placed concrete, vertical load-bearing walls are designed from sand-lime blocks. The floor structure is from prestressed hollow core slabs. The roof structure is designed from timber trusses. Developed designs of building services and energy certificate are elaborated in the second part of the thesis. I design water supply, wastewater management, rainwater management, electric installation, and heat systems. The rainwater will be stored in underground tanks, placed outside of the house, and will be used for flushing toilets and irrigation. The main source of heating is an air-water heat pump, and the supplementary heat source is a stove. There is floor heating in the building. I designed photovoltaic panels on the south-facing roof to use renewable resources. This ventilation system is designed as mechanical heat ventilation recovery, to reduce heat losses. The house is designed to have an A-class rating in energy performance certification.
|
|
|
Single family home Chudčice
Andrlová, Anna ; Müllerová, Eva (referee) ; Müller, Jan (advisor)
The subject of the bachelor thesis is the design of the specified part of the project documentation for the construction of a family house on a slope in the village Chudčice. The family house is designed as a two-story for a family of four. The building is located on a plot with sloping terrain. The family house is based on plain concrete foundations. The vertical supporting structures are designed from ceramic blocks of the Porotherm system, and the perimeter masonry is insulated with the ETICS contact system. Horizontal structures are designed as monolithic reinforced concrete. The building is covered with a flat roof. The main entrance to the building is located on the north side on the 1.NP. The family house is divided into a quiet part, a living part and a technical part. The building includes a carport for two cars and an outdoor terrace.
|
|
|
Energy-saving family house in Jablunka
Mrnuštík, Petr ; Vrána, Jakub (referee) ; Počinková, Marcela (advisor)
The bachelor’s thesis focuses on designing a low-energy detached house in village Jablunka. Thesis is divided into two parts, first one is aimed at structural and architectural design, whilst the second one focuses on building services, especially heating with solid fuels. The house is divided into a two-storey and a single-storey part. Ground floor includes master bedroom, utility room and mainly open-plan living room connected to kitchen which opens onto a deck and garden. First floor then includes two bedrooms and study. Both floors have their own bathrooms with separate toilets. Structural system is designed as masonry walls from aerated concrete blocks, which are transferring load onto plain concrete foundation strips. Floor slab is to be made of reinforced concrete. Two-storey part is covered by prefabricated rib–and–filler gable roof with 15° slope, from aerated concrete fillers and reinforced concrete, the one-storey part has flat roof. Walls are insulated by 140 mm of mineral wool, plinth then by 120 mm of XPS. Ground slab will be insulated by 220 mm of graphite EPS, floor slab is insulated by 40 mm of impact sound insulation from mineral wool and 50 mm of EPS with installation layer. Flat roof is insulated by 220–340 mm of mineral wool with screed to fall function. Gable roof is then insulated by 180 mm PIR panels. Rainwater will be collected and stored in rainwater tank for gardening use, overflow will then lead to drainage blocks, where the water can be absorbed into soil, with overflow into stormwater sewer system. Ventilation is designed equal pressure, mechanical with enthalpy heat recovery exchanger and heating battery covering ventilation losses. Main heating source is solid fuel boiler, storing its energy in 750liter hot water tank, from which is the heat distributed into 200liter domestic hot water tank, ventilation heating battery and heating elements such as convectors, panel and rail radiators. As renewable source of energy is designed photothermal panels which will mainly heat domestic hot water, excess heat will then be stored in hot water tank.
|
|
|
Detached house, Kreslice
Procházka, Nikola Leilani ; Jelínek, Petr (referee) ; Kolář, Radim (advisor)
The aim of the bachelor’s project is to design a single-family home in nZEB standard. This project has two parts. Part one presents the project documentation. Designed building is located in Křeslice. The building is a two-storey detached house with a rectangular footprint and an extensive green flat roof. The main entrance faces the north while most windows face the south. The ground floor consists of living room, kitchen, storage room, utility room and restroom. In the upper floor there are two kid’s rooms, master bedroom, study, and bathroom. The building is founded on concrete strip foundations. The vertical loadbearing structures are masonry consisting of clay blocks. The internal partition walls are from acoustic masonry. The ground slab as well as the floor slab consists of in-situ concrete. The building is insulated using contact insulation system of grey EPS. Part two proposes the design of building services. The project provides designs of plumbing, heating, and ventilation. Focus is on the ventilation system design. Mechanical ventilation unit with heat recovery is installed. Air is distributed by ducts in suspended ceiling and round diffusers. The building is equipped with air – water heat pump, which provides heat for floor heating and domestic hot water. Rainwater from roof is collected and stored in underground tank and later used to water the garden. Safety overflow brings any excessive rainwater to the infiltration tanks on the plot. The building is connected to water supply, sewage system and electrical grid. Building’s Energy Performance certificate is included.
|
|
|
Single-family house
Kapounová, Kristýna ; Kolář, Radim (referee) ; Struhala, Karel (advisor)
The aim of the bachelor´s thesis is to design a nearly zero-energy single-family house. It is located in newly developed area in Ústí nad Orlicí. The thesis is divided into two parts. The first is part of the thesis includes architectural and structural designs and assessment of building physics (acoustic, lightning, thermal parameters) and fire safety, the second part focuses on the design of selected building services and energy performance of the building. The building has two stories and attached garage with workroom which has one storey. The building has gable roof and garage has green flat roof. The main entrance is situated to the north. On the first floor is situated living space of the house with living room connected to dining room and kitchen. Other rooms on the first floor are office, bathroom, toilet, utility room. On the second floor is a private zone where is master bedroom, two children bedrooms, wardrobe, bathroom, and toilet. The building is based on foundation strips made from plain concrete and concrete blocks with steel reinforcements. The walls are design from ceramic blocks and floor slabs are design from prefabricated beams and ceramic infills. The building envelope is insulated with mineral wool. Air conditioning in the house is ensured by a mechanical ventilation with recuperation. Waste water is directed into sewer system. Rain water is stored in an accumulation tank and from there into infiltration blocks, then water is also used for garden irrigation. Hot water is supplied by 200l hot water cylinder. Electricity is secured by photovoltaic panels with storage batteries and second source is public network. Heating is serviced by air-to-water heat pump and secondary source is fireplace with exchanger. Heat distribution is provided by floor heating system.
|
|
|
Detached house with fitness
Venzara, Pavel ; Kacálek, Petr (referee) ; Petříček, Tomáš (advisor)
The subject of this bachelor's thesis is the preparation of project documentation for the construction of a detached house with fitness. The building plot is on the outskirts of Slatiňany. The building has two above-ground floors and a partial basement. It consists of two operating parts. In the main building with a saddle roof, spaces are designed for family living. The fitness spaces are on the ground floor, covered with green roof. The place of business and the house have separate entrances. The operations are connected to each other on the ground floor through the office. The foundation structure consists of reinforced concrete foundation strips. The vertical structures are mainly made of clay blocks. The ceilings are designed as monolithic from exposed reinforced concrete.
|
|
|
Detached house Prstne
Voženílková, Veronika ; Jelínek, Petr (referee) ; Kolář, Radim (advisor)
The aim of the bachelor´s thesis is to design a single-family house in a passive standard. The house is located in Zlín in the Prštné district. It is a square-shape two-story building with a porch and parking space for two cars. The object has a flat green roof and the balcony on the southeast is covered with bifacial solar panels. Beneath the balcony lies am unheated area, where the conservatory and two storage rooms are situated. This part of the house is excluded from the thermal envelope and helps the building to become more energy efficient. The service zone was designed to face the north while the private zones faced mainly the south and west. The masonry of the building is limestone blocks insulated by rock wool with a vented facade on the top. The house is powered by air-water heat pump and solar panels. Additionally, the building is connected to the grid to address any potential energy shortfalls. The comfortable climate inside the house is maintained by underfloor heating and mechanical ventilation with MVHR unit. The air in the house is distributed by a flexible duct. The rainwater from the roofs is stored in the water tank under the ground next to the house for garden use. The buildings EPC is class A with thermal loss 3,9 kW.
|
|
|
Detached house with a sports equipment rental
Rouče, Tomáš ; Bantová, Sylva (referee) ; Fišarová, Zuzana (advisor)
The focus of the bachelor thesis is development of project documentation for construction creation level of detail. Object in question is detached house with sports equipment rental buiness. The detached house is designed for a five-member family, who will also be owners of the rental and service business. The building is situated on a gently sloping plot in the village of Borová Lada in the Šumava National Park. The house does not have a basement. There is one ground floor and residential attic under a sloped gable roof with two shed-type dormers. The rental business and garage are part of the main structure. The vertical load-bearing structures are designed using the YTONG system, specifically aerated concrete blocks and sand-lime bricks. The detached house is founded on concrete foundations created using permanent formwork from concrete blocks. The horizontal structures are monolithic reinforced concrete. The building's roof is constructed using the YTONG system with prefabricated beams and inserts connected using concrete forming a solid roof structure. The drawing part was created using the Archicad software from GRAPHISOFT.
|
|
|
Assessment of the reconstruction of an existing family house and the construction of a completely new one in Žabovřesky
Císařová, Kateřina ; Doležalová, Monika (referee) ; Čech, Josef (advisor)
The diploma thesis addresses the design and assessment of the advantage of reconstruction of an existing family house and construction of a new house on its site in Brno-Žabovřesky. The aim of the thesis is to evaluate whether it is preferable for the owner of a particular building to invest in the reconstruction of the existing family house or to remove it and build a entirely new house. The thesis includes a practical analysis that focuses on the location of interest, describes the object in detail and specifies the requirements and documents necessary for the implementation and evaluation of each design options. On the basis of this analysis, drawings are prepared for both design options within the scope of the architectural and construction design documentation for the joint permit. The textual part of the thesis contains a verbal description of both design variants and also deals with the theoretical background of the examined issues. The thesis concludes with a comparison and evaluation of the individual proposals. Detailed itemized budgets are also prepared as a basis for assessing the costs of both the reconstruction and the construction of the new building.
|
guest ::
