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Apartment building
Bartošová, Andrea ; Spáčilová, Jitka (referee) ; Spáčil, Miroslav (advisor)
This bachelory thesis is a familly house with two floors, a garage for one space and with partially basement cellar suitable for a four piece family. The building is designed as timberframe construction of the system TWO by FOUR from the lumber KVH prisms. The object is covered by a shed roof, the garage also shed roof connected to the house. The layout of the ground floor is intended as the heart of the house, and a living room with kitchen and dining room, with access to the terrace located on the micropiled over the so-called crawl space and the fireplace in the mirror of the staircase. The resting zone is located in the second floor. The work includes documentation and drawing part prepared as documentation for the implementation of the construction.
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Family House
Petr, Radovan ; Šagát, Erik (referee) ; Matějka, Libor (advisor)
The project deals with new new building of detached in Nové Město na Moravě. This work aims to develop design documents for building construction. Detached house is for 4-6 member family for year round occupancy. The part of the house is double garage. The building has 2 floors and basement. The building with shed roof is based on brick system Porotherm. The building is situated on sloping terrain.
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Masonry House
Anton, David ; Šuhajdová, Eva (referee) ; Lavický, Miloš (advisor)
This is a building modification and extension of the existing recreational object, which lies on the no. 3617/1 and 3617/2, at the edge of the c. Střekov, Ústí nad Labem. The construction and annexes respect the height profile of the surrounding area. The existing recreational object is built as a single-storey non-basement with a saddle roof, the new annex is designed as a single-storey non-cellar with a flat, extensive roof respecting the height of the existing objet. The whole building is designed as one-generation for max 5 members family, where the reconstructed part will create a living room with kitchen and dining room, toilet and bathroom. In the right wing there will be two children's rooms and in the left wing a bedroom with a work area. A large terrace with access from the living room as well as from both wings is provided for relaxation. The construction system is designed as brick from the Porotherm system with Cemex ELEGOHOUSE monolithic ceilings with lost formwork. The existing brick building is built of brick-burning solid and wooden roofing, the new roof will be titanium sheet metal.
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Determining the amount of economic rent for single-family house in Brno
Kubásek, Petr ; Gardášová, Alena (referee) ; Klika, Pavel (advisor)
The objective of the thesis is to determine the economic rent amount for a family house located in Brno. The concept “economic rent” refers to the amount of payment that brings adequate profit to the landlord. First, all the factors are identified that compose cost rent, i.e. the rent of mere providing and maintaining a property. The main variable is represented by the reproduction value of a dwelling. For the purposes of this thesis, the reproduction value is determined using the cost method (in agreement with the evaluation regulation). Second, the capitalization rate is determined so that an adequate profit could be calculated. The following two methods are employed: the surcharge method and the method of comparison with the financial market. The thesis presents seven alternatives of an economic rent, depending on the interest rates. Lastly, the calculation of the rate of return is performed, along with a correctness test of the calculation of the economic rent amount.
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Single-family house
Tóthová, Patrícia ; Jelínek, Petr (referee) ; Struhala, Karel (advisor)
The bachelor's thesis deals with a project documentation for a building permission of a newly-built single family passive house located in municipality Dolní Břežany in the Central Bohemian Region. The plot is accessible by local road and is slightly sloping. The thesis has two parts. The first part presents structural and architectural design and also building physics assessment. The second part presents the design of building services – ventilation, heating, mechanical, electrical, plumbing and rainwater management. The house has two above-ground stories. On the ground floor there is a utility room, storage space, toilet, home-office and kitchen which is open to the dining area and living room. On the first floor there are situated three bedrooms, master’s bedroom, bathroom, toilet and walk-in-wardrobes. The vertical load-bearing structure of the house is sand-lime block masonry. External walls are insulated with graphite polystyrene ETICS. The house is built on foundation strips. The floor structure consists of filigree slab with a concrete screed. The house has a flat green roof. The house has mechanical ventilation. It is heated by floor heating with an earth-water heat pump as the heat source. It also has photovoltaic panels providing electricity. The rainwater is collected from roofs and paved surface and is used for watering a garden. The excess rainwater is infiltrated on the property. The Energy Performance Certificate was calculated. The project documentation is developed using BIM methodology.
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Single-family house in Troskotovice
Slunečková, Eliška ; Pilný, Ondřej (referee) ; Kalousek, Lubor (advisor)
This bachelor’s thesis aims to design a single-family passive house. Designed house is situated in Troskotovice on a flat building plot. The house is composed of two volumes: a bigger two-floor part with a gable roof and a smaller one-floor part with a mono-pitched green roof. The house is divided into a work zone in the north and east of the ground floor, a social zone in the south of the ground floor and a private zone placed on the first floor. The structural system of the building is a wood frame with timber truss and joist floors. A cast-in-place reinforced concrete slab is used for the foundation. The first part of the thesis includes architectural, structural, and material designs with assigned calculations such as acoustics, daylighting, energy certificate and fire safety calculations. The second part of my bachelor´s thesis consists of heat, ventilation, and plumbing designs with a focus on the ventilation design. An air/water heat pump is used for heating up domestic hot water and water for a wall heating system. The house is equipped with heat recovery ventilation system. Rainwater from roofs is collected in an accumulation retention tank and used for watering a garden and toilet. Excessive rainwater s infiltrated in an infiltration basin on the plot. Design of the house includes connection to the electrical grid, optical grid, water supply and sewage systems.
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Performance simulation of a solar PV system for a single-family home
Veličková, Kateřina ; Hejčík, Jiří (referee) ; Charvát, Pavel (advisor)
Recently, renewable energy resources have become an urgent issue, as a result there are many papers focused on photovoltaic power plants and their performance simulations. These simulations not only allow us to assess the reduction of dependency on the fossil fuels, but also to calculate costs saving. This work considers the operation of a single-family house in the Czech Republic. However, a summary of photovoltaic potential factors is presented as well as the most common applications used for performance simulations of photovoltaic power plants. In practical part of this work, the load profile for common household is determined based on the data provided by the Energy Market Operator, alternatively the load profiles of two households owning a plug-in hybrid are also determined. The performance simulation is assembled in TRNSYS application and the results are summed up in the last chapter.
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Wooden supporting structure of a family house in Roztoky u Jilemnice
Mejvald, Martin ; Balázs, Ivan (referee) ; Bukovská, Pavla (advisor)
This thesis is aimed at the design of wooden load-bearing structure for a detached house in the village of Roztoky u Jilemnice. It is a detached house with one storey and a living attic. The designed structure has a rectangular floor plan of 7,5 x 17 m with a height of 8 m. Glue laminated timber frames were chosen as a structural system. The building is covered by a gable roof with a 40° slope. The load bearing structure of the roof consists of wooden truss made of grown timber. The whole structure is further reinforced with steel bars. The structure was modelled in Dlubal RFEM 5.27.01, which was also used to determine the internal forces on the individual elements of the structure. The assessment of the elements was carried out in RFEM and partially verified by manual calculation. In addition, selected connections in the structure such as the bolted multi-slot connection were addressed.
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Detached house
Rulf, Jan ; Nováková, Eva (referee) ; Kolář, Radim (advisor)
The subjekt of this bachelor’s thesis was to design a detached house and process the study and the design documentation for this house. House will serve as permanent housing for a 4 member family. The walls in basement will consist of permanent formwork, in ground floor will consist of cut brick blocks with an additional contact thermal insulation system ETICS, the ceiling will be reinforced concrete constructions and the house will have a non-moving flat roof. Part of the documentation i salso design covered parking place for two cars.
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Masonry House
Anton, David ; Šuhajdová, Eva (referee) ; Lavický, Miloš (advisor)
This is a building modification and extension of the existing recreational object, which lies on the no. 3617/1 and 3617/2, at the edge of the c. Střekov, Ústí nad Labem. The construction and annexes respect the height profile of the surrounding area. The existing recreational object is built as a single-storey non-basement with a saddle roof, the new annex is designed as a single-storey non-cellar with a flat, extensive roof respecting the height of the existing objet. The whole building is designed as one-generation for max 5 members family, where the reconstructed part will create a living room with kitchen and dining room, toilet and bathroom. In the right wing there will be two children's rooms and in the left wing a bedroom with a work area. A large terrace with access from the living room as well as from both wings is provided for relaxation. The construction system is designed as brick from the Porotherm system with Cemex ELEGOHOUSE monolithic ceilings with lost formwork. The existing brick building is built of brick-burning solid and wooden roofing, the new roof will be titanium sheet metal.
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