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Family house
Řičánek, Jan ; Němeček, Martin (referee) ; Brukner, Bohuslav (advisor)
New a family house is located on south moravia. Object is L-shaped. The first part is a family house owners and has two floor. The second part is single. Both parts are basementless and coverage of flat roof.
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Family house
Novotný, Vlastimil ; Němeček, Martin (referee) ; Kalousek, Miloš (advisor)
The theme of bachelor´s work is a family house for a family of four in Luka nad Jihlavou. The building is designed as a two-floor, rectangular, with a partial basement, adjacent to the garage for two cars. There is a saddle roof on the house.
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The influence of internal thermal storage mass used in passive houses' construction systems on their summer thermal stability
Němeček, Martin ; Hraška,, Jozef (referee) ; Katunský,, Dušan (referee) ; Kalousek, Miloš (advisor)
In recent years we may observe a growth in construction of passive houses and low energy houses using lightweight constructions such as modern wooden houses. It is assumed that wooden houses keep overheating more comparing to brick houses during summer period. Due to the lack of research in this field the paper investigates the influence of internal thermal storage mass in passive houses constructions on their summer thermal stability under the Czech climatic conditions. Only sensible heat accumulation without a usage of phase change materials is examined. Differences between wooden houses comparing to brick-built houses are emphasized. Objects of research are mostly residential passive houses in low energy building standards. However, the results of research might be applied to different types of buildings as well. The first section outlines theoretical fundamentals. For the research itself various scientific research methods were used, such as basic mathematical calculations, experimental temperature measurement of two buildings (detached house in Dubňany and in Moravany) and numerical simulations. Own tribute to the research was first of all discussion on the topic of thermal accumulation and structures heat capacity calculation. Experimental measurements outlined conclusive evidence about the importance of internal thermal storage mass in respect of interior summer overheating. The research confirmed that the highest interior temperature reached is mostly influenced by solar gains through unshaded windows. However, the influence of internal thermal storage mass is not remote. If we compare standard timber-framed wooden house to the hole ceramic bricks-built house, the wooden house will overheat by 0,5°C more during a standard day. Wider spread in the maximum temperature reached was measured for lightweight consturctions wooden houses without any internal thermal storage mass. Therefore, such structures should have an additional layer of thermal storage mass.
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Family house - Štarnov
Ťuka, Jiří ; Němeček, Martin (referee) ; Eliáš, Luboš (advisor)
Bachelor´s thesis is prepared in the form of project documentation. This is a project of family house with projection office. The building is located in village Štarnov, is a partially basement and has two floors. Family house is situated by flat terrain. The house will be made from Porotherm witch contact insulation and single-layer flat roof. In the basement there is a store, a fitness and a technical room. The first floor is used for projection office, which is separated from the private area object with own entry. The second floor is used for private purposes.
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Family house - Bystřice pod Hostýnem
Novosad, Jiří ; Němeček, Martin (referee) ; Eliáš, Luboš (advisor)
The aim of my bachelor thesis is a project of a new detached house with dentist office. The project is created in form of project documentation including all problems and related issues. The building is situated in Bystřice pod Hostýnem. The building is partly basement with two above-ground floors and it is built from brick system POROTHERM with contact insulation. The construction has two forms of roofs – gable roof and two single-lower flat roofs. Concerning house-building plot, terrain slopes down to northwest side. This project is primarily focused on functional, disposal and architectural aspects of detached house.
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Family House
Mázl, Michal ; Němeček, Martin (referee) ; Kalousek, Miloš (advisor)
The aim of my bachelor thesis is a project of passive family house with design office. New family house is located in the northern part of Pístovice near Vyškov. It is a single-storey house with conservatory and partial basement. The supporting structural system is combined. Wooden structure is insulated with blown cellulose and flat roof with polystyrene. The building is based on concrete slab insulated from the bottom with the foam glass granulate. There is a winter garden, which is located on the south facade. Built-up area is 240.5 m
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Family house - Vracov
Elznicová, Jaroslava ; Němeček, Martin (referee) ; Eliáš, Luboš (advisor)
This bachleor‘s theesis is deal with project documentary for the implementation of family house with place of business. Type of business is small shop with wine. The land is situated in the built-up territory in town Vracov on quit street Borová which is situated near the wood. The land is flat and large enough for building of family house. On the land is situated parking place and garage which is a part of house. The family house with place of business is two-floor separately standing and partly with a cellar.The family house is accessible from local street. The building is designed for family which is consisted from 4-5 persons. The main enter into the building is situated on the first floor, the enter to the business plac eis situated on the forst floor too. The roof is designed as flat roof.
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Residential Building
Kozák, Jiří ; Němeček, Martin (referee) ; Sukopová, Dáša (advisor)
The Bachelor thesis deals with the processing of project documentation in the municipality Hutisko – Solanec. The project documentation and attachments are processed according to the current legislation, regulations and standards. The apartment building is situated on a parcel 362/1, which falls within the cadastral area of Hutisko – Solanec. The land is linked to the transport and technical infrastructure. This apartment building consists of four residential units. Each unit is designed for housing of 4 to 5 people. In the basement there are parking spaces for each apartment one. The ground area of the building is 308 square meters. The supporting structure is designed from the POROTHERM. The building is covered by an arched roof and the supporting structure consists of trusses. The apartment building is situated on a land slope and is embedded into it.
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History of the monument to Vojtěch Lanna in Č. Budějovice and its arthistorical evaluation
NĚMEČEK, Martin
This thesis follows the genesis of the Adalbert Lanna the Elder monument between the years 1866 and 1879 and futher development including its destruction in 1945 and reinstallment in 1993. It aims to describe the monument's place in the broader context of European monument building, the activities of Imperial royal artistic foundry in Wieden and the careers of its key figures. The thesis contains iconographic description and interpretation of the monument's components and their comparison. It presents evidence of period reception and above all else attempts to answer the question of why was one of the few public monuments dedicated to businessmen and industrialists revealed as early as 1879 in Budweis of all places.
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The influence of internal thermal storage mass used in passive houses' construction systems on their summer thermal stability
Němeček, Martin ; Hraška,, Jozef (referee) ; Katunský,, Dušan (referee) ; Kalousek, Miloš (advisor)
In recent years we may observe a growth in construction of passive houses and low energy houses using lightweight constructions such as modern wooden houses. It is assumed that wooden houses keep overheating more comparing to brick houses during summer period. Due to the lack of research in this field the paper investigates the influence of internal thermal storage mass in passive houses constructions on their summer thermal stability under the Czech climatic conditions. Only sensible heat accumulation without a usage of phase change materials is examined. Differences between wooden houses comparing to brick-built houses are emphasized. Objects of research are mostly residential passive houses in low energy building standards. However, the results of research might be applied to different types of buildings as well. The first section outlines theoretical fundamentals. For the research itself various scientific research methods were used, such as basic mathematical calculations, experimental temperature measurement of two buildings (detached house in Dubňany and in Moravany) and numerical simulations. Own tribute to the research was first of all discussion on the topic of thermal accumulation and structures heat capacity calculation. Experimental measurements outlined conclusive evidence about the importance of internal thermal storage mass in respect of interior summer overheating. The research confirmed that the highest interior temperature reached is mostly influenced by solar gains through unshaded windows. However, the influence of internal thermal storage mass is not remote. If we compare standard timber-framed wooden house to the hole ceramic bricks-built house, the wooden house will overheat by 0,5°C more during a standard day. Wider spread in the maximum temperature reached was measured for lightweight consturctions wooden houses without any internal thermal storage mass. Therefore, such structures should have an additional layer of thermal storage mass.
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