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Family house
Grossová, Ilona ; Majsniar, Michal (referee) ; Škramlik, Jan (advisor)
The bachelor’s thesis deals with a newly built family house within the urban area of village Biskoupky na Moravě. The family house is detached two-storey building with basement and flat roof. The family house is designed as permanent housing for 5 persons. The building is located on sloping land.
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Family house
Staníková, Radka ; Majsniar, Michal (referee) ; Škramlik, Jan (advisor)
The subject of this diploma work is the new building of a family house at Boží Dar town, that is situated in the mountain resort. The family house has a cellar, it is two storied with an attic apartment. The building is devided into three units . The first unit is found on the first floor and is designed as an apartment. The other units are situated in the attic and are designed for a short-term or long-term renting. The house is designed of cut bricks with a ceramic ceiling construction. The perimeter wall is thermally insulated with a contact insulating system and partly covered with a stony facing. There is a saddle-shaped roof on the house. The building site is sloping north-east. All constructions are in accordance with the valid regulations and ČSN standards.
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Assessment of ventilated floors construction
Jurka, Jiří ; Kmínová,, Hana (referee) ; Šilarová,, Šárka (referee) ; Šťastník, Stanislav (referee) ; Škramlik, Jan (advisor)
Air insulation, especially its efficiency, is often underestimated and most often it is recommended as combination of several methods by our experts. It is known that flowing air used to eliminate excessive humidity in lower construction is insignificantly promoted. Already our ancestors in ancient Rome had experience with implementation of air insulations. However, nowadays such design is connected with many doubts and it forces us to use sense, especially knowledge of construction physics. So it urges higher technical precision when designing functional ventilation system. Each building is actually a unique object, with regard to its position and used properties, that is why certain natural conditions must be accepted when designing. It is more complicated and figuratively speaking it can be written in c. 20 equations of twenty unknowns. Other problems arise in unknown coefficients to individual parameters and their effects. From another point of view it is the issue of changing air during the day, passing fronts, annual cycles and all of these in relation to internal environment of the building, materials used in the construction, land properties of rocks, and last but not least, relation to the terrain around the building. Then there are the effects of the building's altitudes etc. In total they are cycles with sine character of dampening and drying. The thesis discusses how to test the functionality of AIR insulations designed for the floor ventilation in historic buildings and follows on from the previously published articles. A flow analysis is being performed on an object of the city of Žirovnice which has been registered in the list of cultural monuments and was built as a brewery in the years 1589-1592 on the site of an older medieval building. This article brings new air-flow element. The aim of the article is to analyse in detail the air flow in a specific floor void with the aid of modern CFD programs and experimental measurements using the ALMEMO
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Multifunctional building
Remeš, Vlastislav ; Mazánek, Pavel (referee) ; Škramlik, Jan (advisor)
The subject of thesis is a project documentation of a single-standing multifunctional building. Object has 4 floors with no basement. Vertical load-bearing structures are designed from ceramic masonry Porotherm. Ceilings are monolithic, reinforced concrete. The roof is designed as a single-layer flat roof.
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Family house
Kosařová, Pavla ; Majsniar, Michal (referee) ; Škramlik, Jan (advisor)
The subject of this Bachelor‘s thesis is newly built house for 6 people in the village Slavoňov in district Náchod. House is a single storey, part basement building with residential attic. The building garage, office and residential terraces partially protrude from the main body of the house. The house is designed as a brick building from the ceramic blocks, ceiling structures are reinforced concrete. The roof is gabled main mass with eccentric ridge. Over the working place is designed shed roof. Above the garage flat ply roof. The land is longitudinal, long side oriented SW-NE direction. Slightly sloping, downward from the road. All structures comply with the applicable standards and recommendations ČSN.
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Family house
Němečková, Lucie ; Struhala, Karel (referee) ; Škramlik, Jan (advisor)
Bachelor's thesis solves newly built family house in the urban village Nový Bydžov. The family house is separately standing in a sloping terrain. The family house looks like a block with recessed floor and flat roof. It has two aboveground floors and a underground floor. It has a basement. The house is projected for permanent living of 5 persons. The house has a technical backgroud situated in the undergroud floor. Structural system is a longitudinal, wall, technology of masonry. Horizontal structure are combined. The staircase is straight, two-arm and monolithic. Surface foundation structures are monolithic lane foundations. Thesis cover also thermal the engineering assessment of the building, the certificate of energy performance of buildings and the fire protection of the building.
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Family house
Krkavec, Ondřej ; Majsniar, Michal (referee) ; Škramlik, Jan (advisor)
Bachelor’s thesis solves newly built separately standing family house in Prague, Stresovice. This thesis aims to develop a project documentation for construction of the building. The new house is intended for a family of four members for a year-round use with the possibility of a temporary stay of visitors. One part of the house is a double garage. It has two aboveground floors and an underground floor. The building is bricked, made of ceramic blocks Heluz and has a gable roof. It is situated in a sloping terrain.
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Assessment of ventilated floors construction
Jurka, Jiří ; Kmínová,, Hana (referee) ; Šilarová,, Šárka (referee) ; Šťastník, Stanislav (referee) ; Škramlik, Jan (advisor)
Air insulation, especially its efficiency, is often underestimated and most often it is recommended as combination of several methods by our experts. It is known that flowing air used to eliminate excessive humidity in lower construction is insignificantly promoted. Already our ancestors in ancient Rome had experience with implementation of air insulations. However, nowadays such design is connected with many doubts and it forces us to use sense, especially knowledge of construction physics. So it urges higher technical precision when designing functional ventilation system. Each building is actually a unique object, with regard to its position and used properties, that is why certain natural conditions must be accepted when designing. It is more complicated and figuratively speaking it can be written in c. 20 equations of twenty unknowns. Other problems arise in unknown coefficients to individual parameters and their effects. From another point of view it is the issue of changing air during the day, passing fronts, annual cycles and all of these in relation to internal environment of the building, materials used in the construction, land properties of rocks, and last but not least, relation to the terrain around the building. Then there are the effects of the building's altitudes etc. In total they are cycles with sine character of dampening and drying. The thesis discusses how to test the functionality of AIR insulations designed for the floor ventilation in historic buildings and follows on from the previously published articles. A flow analysis is being performed on an object of the city of Žirovnice which has been registered in the list of cultural monuments and was built as a brewery in the years 1589-1592 on the site of an older medieval building. This article brings new air-flow element. The aim of the article is to analyse in detail the air flow in a specific floor void with the aid of modern CFD programs and experimental measurements using the ALMEMO
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|
|
Multifunctional building
Remeš, Vlastislav ; Mazánek, Pavel (referee) ; Škramlik, Jan (advisor)
The subject of thesis is a project documentation of a single-standing multifunctional building. Object has 4 floors with no basement. Vertical load-bearing structures are designed from ceramic masonry Porotherm. Ceilings are monolithic, reinforced concrete. The roof is designed as a single-layer flat roof.
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|
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Family house
Staníková, Radka ; Majsniar, Michal (referee) ; Škramlik, Jan (advisor)
The subject of this diploma work is the new building of a family house at Boží Dar town, that is situated in the mountain resort. The family house has a cellar, it is two storied with an attic apartment. The building is devided into three units . The first unit is found on the first floor and is designed as an apartment. The other units are situated in the attic and are designed for a short-term or long-term renting. The house is designed of cut bricks with a ceramic ceiling construction. The perimeter wall is thermally insulated with a contact insulating system and partly covered with a stony facing. There is a saddle-shaped roof on the house. The building site is sloping north-east. All constructions are in accordance with the valid regulations and ČSN standards.
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