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Energy efficient terraced house
Král, Jakub ; Bečkovská, Tereza (referee) ; Bečkovský, David (advisor)
The aim of my diploma thesis is a design of a new energy efficient terraced house in the gap site. Building has two dwelling unit of category 4+kitchenette and 6+ kitchenette. Building has a cellar, two floors and an attic. The cellar structures and horizontal structures are made of reinforced concrete. Sand-lime bricks are used for masonry. The building is covered with gabled roof with timber roof truss. In this building there are used rainwater and renewable energy in a form of electrical energy made by photovoltaic panels.
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Energy efficient terraced house
Nevrlý, Jaroslav ; Vlach, František (referee) ; Bečkovský, David (advisor)
The main aim of the thesis was to create design documentation, energyefficient terraced house in the village of Moravian Knínice. The proposed building will be located in the vacant space between buildings. Layout of the building is limited by the size of building lots located in hillside surrounding buildings, and orientation to the cardinal. The thesis deals with the layout, building and construction, buildings, so that it effectively uses renewable energy and efficiently work with them.
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Detached house, Bystrice pod Hostynem
Šindelková, Petra ; Kalábová, Tereza (referee) ; Bečkovský, David (advisor)
This bachelor’s thesis deals with a design of a detached house in a particular area in the village Bystrice pod Hostynem. The aim is to create dispositionally logically linked com-plex that will suit the requirements of a modern four or five-member family and will fit into the current development with its own look. The house is designed as a two storey, no basement and with a gabled roof. The garage for one car is structurally and functionally joined with a living area. Peripheral walls are from the SENDWIX system, which is made up of the sand-lime bricks warmed with mineral insulation of rock wool. The orientation of this house to the cardinal points is chosen according to the requirements of sunlight and the thermal comfort of separate rooms. On the south side of the house is a spacious garden which is accessible through the terrace from the living room.
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Brno - damlake
Filipec, Jan ; Marek, Jiří (referee) ; Šindlar, Jiljí (advisor) ; Bečkovský, David (advisor)
This thesis was elaborated as a project for building construction based on studio work from the second year. The subject of the work is a newly built restaurant and rooms with facilities for the public transport company in Brno. The building is located on gently sloping land situated near the surface of the Brno damlake. The area around the building is drafted as a public, primarily intended as the starting area for boat transportation.
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Production buildings, Production of aquariums in Brno
Starý, Tadeáš ; Klement, Miloš (referee) ; Boleslavská, Yvona (advisor) ; Bečkovský, David (advisor)
The aim of this bachelor thesis was designing a new industrial object and creating structural part of design documentation for a production hall in Brno Horní-Heršpice. This object is based on a architectural study made as part of subject AG035. Horní Heršpice is a city district located at southern side of Brno. At the plot there are few small buildings in desolate conditions, which are intended for demolition. Car service building in the eastern side of plot is preserved in my design. Architectural conception was to creace three graduating masses. Every mass has its own internal function – administrative building, production hall with a crane and production hall with storage facilities. Toghether they create one functional unit. From office hall emerges glazed exhibition space. Its load-bearing structure is made of subtle glass beams. This space represents aquarium. Skeletal structural system is made from precast concrete elements. For facade are used white sandwich facade panels. Roof panels at halls create gable roof. Administrative building has green terrace. To break the symmetry is used polygonal water feature. Above the water there is glass artwork and pier. Object is meant to represent company akvária-Pavlica with its elegance, minimalism and present technologies, used to create aquariums, in structural details.
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Detached house, Štěpánkovice
Komárková, Jana ; Deutsch, Martin (referee) ; Bečkovský, David (advisor)
The Bachelor thesis topic is a project of a detached house. The house design is a two-story wooden building with a pitched roof and no basement. The wooden building is constructed of large panels and the roof is supported by G-N timber trusses. The entrance is situated in the northwest part of the house. Containing six bedrooms, the building layout fullfills the design for 4-6 family members. On the sheltered lee builds vestibule from which we get into the hall. The main hall opens to the kitchen and living room, stairs, and study room. As well, the main haill leads to the master bedroom which has a separate dressing room, bathroom, wash room, and utility room.There is access to the main hallway from the garage and side door. The second floor has three children's bedrooms, bathroom, and wash and dressing rooms. All of the bedrooms are accessible form the second-floor hallway.All of the bedrooms are enterable form the hall and are situated on south side. It is a wooden building of large-size panels. The roof is supported by G-N timber trusses.
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Kindergarten
Konečný, Patrik ; Bečkovský, David (referee) ; Bečkovská, Tereza (advisor)
The topic of the final diploma thesis is the design of project documentation for the permission to build a new kindergarten building, including ancillary buildings, in the passive standard. The project is divided into three parts, which also includes the design and optimization of other professions of the technical equipment in the building, so that the object meets the minimum requirements for fulfilling the title of passive environmentally advanced buildings. The building will be located in Brno-Vinohrady and is designed as a detached without a basement and with a flat green roof. The masonry in the entire building is designed from ceramics blocks, the envelope walls will be insulated using mineral wool. Roof structures are designed as cast-in-place reinforced concrete slabs. The foundations are designed as a cast-in-place concrete strip, on which there will be a cast-in-place concrete slab. Plastic-frame doors and windows with triple glazing are designed as well. The next part of the thesis is dealt with inner environment. Two ground-water heat pumps with boreholes are designed as a heating source for the building. The heat will be distributed via floor heating grids. The building will have mechanical ventilation, its efficiency against summer overheating will be increased by exterior blinds, which will be installed as a part of windows. In the last part of the thesis, where twas optional topic, is designed a drinking water supply and waste water disposal from the land, water distribution and sewerage inside the building and rainwater management system to maximize fresh water savings. Other materials of the diploma thesis that verify the condition of the building or additional information about the design, include calculations from building physics, a certificate of energy efficiency of the building or simulation outputs from various computer software.
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Production buildings, Production of aquariums in Brno
Baková, Erika ; Klement, Miloš (referee) ; Boleslavská, Yvona (advisor) ; Bečkovský, David (advisor)
The aim of the bachelor thesis was to design a new industrial production hall for the production of aquariums for the company Akváriá Pavlica in Horní Heršpice. This project is based on an architectural study, which was developed within the subject AG035. The area of interest is located in the city part of Brno, Horní Heršpice. The plot is located at the edge of the suburban part of the city near the railway station. The building is located in the centre of the plot and is accessible by sidewalks for pedestrians, access roads with parking for cars and a bus, and a road with a handling area for trucks. Part of the design of the production hall was also the design of a water area on the plot, which would serve for representative purposes. The mass of the building consists of six trapezoidal modular blocks stacked together. The roof pitch and the leaning walls create a dynamic shape. The building envelope consists of sandwich panels and a glazed facade made of triple insulation glass, which together provide thermal insulation to the interior. The glass facade illuminates the exhibition and administrative area. The building is divided into four zones: the public zone, the production zone, the administrative zone and the technical building equipment zone. The interior partitions are made of lime-sand blocks, but the main supporting system of the building is a reinforced concrete skeletal structure. On pillars are placed steel trusses that support the roof structure. The roof surface is designed as a vegetation area and there are placed photovoltaic panels.
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Energy efficient mountain chalet
Němec, Ondřej ; Bečkovská, Tereza (referee) ; Bečkovský, David (advisor)
Master´s thesis is based on the design of energy efficient huts in the mountain resort Čenkovice . The specified property is currently located existing building mountain rescue . Land is the bigger size , medium steep , overgrown with trees higher . The existing building is of timber construction and is already inadequate to the needs of mountain rescue . The concept of the new HS object is to achieve the lowest power consumption of utility power to operate the building and to endeavor the least possible burden on the environment during construction. The new building is designed largely from natural materials , mostly of wood that form the supporting structure and it is well insulated. The house is rectangular in shape , with 2 floors and galleries. The first floor serves HS , second floor stay for ski school instructors . The rooms are oriented to the southwest side . The building uses solar energy to power and ventilation is forced.
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The effect of thermal conductivity on the heat storage efficiency
Steidl, Martin ; Vlach, František (referee) ; Bečkovský, David (advisor)
The diploma thesis is focused on the dependence of heat storage on thermal conductivity, which is characterized by the thermal conductivity coefficient. Two basic materials were chosen for the measurements – universal plaster mixture and gypsum plaster. The thermal conductivity of the materials was increased by adding milled graphite powder, which conducts the heat very well. The taken samples were then examined for differences in the behaviour in the non-stationary thermal field and thermal-technical parameters – the specific heat capacity and the thermal conductivity coefficient – were determined.
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