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Sports Centre
Kadlec, Aleš ; Donaťák, Vladislav (referee) ; Donaťáková, Dagmar (advisor)
The subject of my thesis is design of extension sprots centre. The building has one mutilevel aboveground. The roof is solved reinforced concrete girders, rafters and flat roof. The project emphasizes the use of layout, architectural design, fire safety and thermal comfort in the building. The thesis "Sports centre" has been prepared in the form of project documentation containing all terms required by regulations.
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Detached house
Tyrlik, Radim ; Šteffek, Libor (referee) ; Kolář, Radim (advisor)
Abstract The subject of this thesis is the process of building technical part of the project documentation for the realization of a new family house in Třinec, Oldřichovice, parcel number. 3330/2. The building is located in the village of Třinec, in sparsely built-up area and will be surrounded by buildings from the north and east sides. Along the southern and western parts of the property there is a local road (N.P. 3340/5) which is 6 meters wide. On the north side is undeveloped parcel (N.P. 3344/4) and parcel (N.P. 161). In the northeast, there is a built family house with land (N.P. 65/1). The construction is formed by one building and it will not be splitted into other objects. The house has symmetrical L-shaped floor plan and it has got a partial basement. Vertical load-bearing masonry is made of Calcium silicate molded bricks Silka S12-1800 10 DF, (thickness 300 mm), basement walls are made of the same material as the aboveground storay. Partition walls are made of calcium silicite moped bricks Silka S20-2000 5 DF. The ceiling is made as monolithic-prefabricated, mounted ceiling Porotherm with ceiling beams and bars. The roof holding is supported by truss structure with wood and steel components. The building will be based on the foundation strips, simple foundation ratios. The parcel is situated in hilly terrain, vertical rise of the terrain is 6 meters. Roofing is made by a hipped roof with a slope of 35 °. Groundwater is located 8.9 m below the existing ground. It will therefore not affect the construction. The volume activity of radon 1.LOW DEGREE
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New apartment building in Brno
Zelman, Martin ; Nespěšný, Ondřej (referee) ; Pěnčík, Jan (advisor)
The subject of this bachelor thesis was the elaboration of project documentation for the construction of an apartment building with almost zero energy consumption. The new building of a detached house will be located on the eastern outskirts of the city of Brno on plot no. 5014/4 in Líšeň district. It is a four-storey, fully basement apartment building, the first and last above-ground floors are different from the second and thirt above-ground floors. In the basement there are only common areas of the house. In the above-ground floors, the majority of the area of these floors consists of individual apartments, the rest of the area consists of common areas. The apartment building will serve for the housing of 56 people and will consist of fourteen residental units of size 3 + KK, which will be separated from each other. Access to individual housing units is possible only through common areas such as common corridors and staircases. The proposed construction system is a wall with a stiffening core. The house has a flat single-skin vegetation roof with extensive greenery, which is bordered by an attic. The load-bearing peripheral basement walls are made of reinforced concrete as well as the stiffening core of the building, which serves as an elevator shaft or as a horizontal load-bearing ceiling structure. The load-bearing masonry in the above-ground floors is made of sand-lime blocks. Non-load-bearing masonry is made of lime-sand and aerated concrete blocks. The construction is based on foundation strips made of plain concrete and reinforced concrete. The building will be contact insulated with EPS facade thermal insulation boards. The material meets the requirements of ETICS. The insulated facade is designed in a creamy white and dusty gray color, the plinth will be made of marble. The plumbing elements are designed from galvanized sheet metal of gray color. The frames of the exterior openings have an anthracite colour.
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New apartment building in Brno
Zelman, Martin ; Nespěšný, Ondřej (referee) ; Pěnčík, Jan (advisor)
The subject of this bachelor thesis was the elaboration of project documentation for the construction of an apartment building with almost zero energy consumption. The new building of a detached house will be located on the eastern outskirts of the city of Brno on plot no. 5014/4 in Líšeň district. It is a four-storey, fully basement apartment building, the first and last above-ground floors are different from the second and thirt above-ground floors. In the basement there are only common areas of the house. In the above-ground floors, the majority of the area of these floors consists of individual apartments, the rest of the area consists of common areas. The apartment building will serve for the housing of 56 people and will consist of fourteen residental units of size 3 + KK, which will be separated from each other. Access to individual housing units is possible only through common areas such as common corridors and staircases. The proposed construction system is a wall with a stiffening core. The house has a flat single-skin vegetation roof with extensive greenery, which is bordered by an attic. The load-bearing peripheral basement walls are made of reinforced concrete as well as the stiffening core of the building, which serves as an elevator shaft or as a horizontal load-bearing ceiling structure. The load-bearing masonry in the above-ground floors is made of sand-lime blocks. Non-load-bearing masonry is made of lime-sand and aerated concrete blocks. The construction is based on foundation strips made of plain concrete and reinforced concrete. The building will be contact insulated with EPS facade thermal insulation boards. The material meets the requirements of ETICS. The insulated facade is designed in a creamy white and dusty gray color, the plinth will be made of marble. The plumbing elements are designed from galvanized sheet metal of gray color. The frames of the exterior openings have an anthracite colour.
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Sports Centre
Kadlec, Aleš ; Donaťák, Vladislav (referee) ; Donaťáková, Dagmar (advisor)
The subject of my thesis is design of extension sprots centre. The building has one mutilevel aboveground. The roof is solved reinforced concrete girders, rafters and flat roof. The project emphasizes the use of layout, architectural design, fire safety and thermal comfort in the building. The thesis "Sports centre" has been prepared in the form of project documentation containing all terms required by regulations.
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Detached house
Tyrlik, Radim ; Šteffek, Libor (referee) ; Kolář, Radim (advisor)
Abstract The subject of this thesis is the process of building technical part of the project documentation for the realization of a new family house in Třinec, Oldřichovice, parcel number. 3330/2. The building is located in the village of Třinec, in sparsely built-up area and will be surrounded by buildings from the north and east sides. Along the southern and western parts of the property there is a local road (N.P. 3340/5) which is 6 meters wide. On the north side is undeveloped parcel (N.P. 3344/4) and parcel (N.P. 161). In the northeast, there is a built family house with land (N.P. 65/1). The construction is formed by one building and it will not be splitted into other objects. The house has symmetrical L-shaped floor plan and it has got a partial basement. Vertical load-bearing masonry is made of Calcium silicate molded bricks Silka S12-1800 10 DF, (thickness 300 mm), basement walls are made of the same material as the aboveground storay. Partition walls are made of calcium silicite moped bricks Silka S20-2000 5 DF. The ceiling is made as monolithic-prefabricated, mounted ceiling Porotherm with ceiling beams and bars. The roof holding is supported by truss structure with wood and steel components. The building will be based on the foundation strips, simple foundation ratios. The parcel is situated in hilly terrain, vertical rise of the terrain is 6 meters. Roofing is made by a hipped roof with a slope of 35 °. Groundwater is located 8.9 m below the existing ground. It will therefore not affect the construction. The volume activity of radon 1.LOW DEGREE
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