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Residential apartment house
Michalov, Patrik ; Mizerová,, Lenka Smolková (referee) ; Smolka, Radim (advisor)
The subject of the bachelor thesis is elaboration of the complete project design documentation of a residential apartment house, ready for implementation in the construction phase. The object is divided into three blocks A, B, C and into two independent layout units. The prevailing part of the building is predominantly designed for housing, and is made up of ten apartments located in blocks A and B. Additionally, there are two aboveground garages in block A. The second part of the object comprises a cafeteria located and operated on the first floor above ground in block B. Both zones of the building have separate entries and are without any mutual limitation to their independent operation. The building is of atypical shape with four above-ground floors and one underground. The underground floor is designed with a load-bearing support construction of cast reinforced concrete. The above-ground parts are designed from lightweight Lia autoclaved aerated concrete blocks. The ceiling constructions are designed as a combination of monolithic reinforced concrete slabs, together with filigree of Lia autoclaved aerated concrete and over-concreting. The roof structure is designed as a single-shell flat roof area. The entire building is insulated with External Thermal Insulation Composite System (ETICS).
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Apartment Building
Slavík, Jiří ; Kučírek, Pavel (referee) ; Struhala, Karel (advisor)
The subject of this bachelor thesis is the elaboration of project documentation for the construction of an apartment building in the village of Chrudim. The apartment building is located in the eastern part of the city, which is intended for housing. The building is a detached three-storey non-basement building that has 6 residential units on the second and third floors. On the ground floor there are technical facilities, cellars, a common clubhouse and 6 garage parking spaces, where one parking space can be used as a space for placing sorted waste. The building is based on a reinforced concrete monolithic slab. The building is insulated by a contact insulation system with mineral wool insulator. The object is based above the free space, the so-called "crawl space", above which a reinforced concrete monolithic slab is made. Other horizontal structures are made up of lightweight slabs with a full cross-section of liaporbeton. The vertical structures consist of ceramic blocks of the THERM type. The structure of the balconies is steel prefabricated, the balconies are hung on the perimeter load-bearing walls and are assessed as self-supporting. Vertical movement in the building is ensured by a reinforced concrete monolithic staircase and an elevator, which is located in a self-supporting reinforced concrete monolithic elevator shaft. The roof structure is single-walled vegetation. The design of the apartment building is carried out with regard to the permissible regulations and the existing surrounding in the solved area. Part of the work is the implementation of diagrams of technical equipment of buildings distribution lines in the building, fire safety assessments and expert opinions from building physics. Construction physics reviews thermal technics, acoustics, lighting and insolation. The following programs were used: AutoCAD 2022, ArchiCAD 23, BuildingDesign, Hluk+, DEKSOFT, MS Word, Excel, PowerPoint, Adobe Acrobat
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Apartment Building
Slavík, Jiří ; Kučírek, Pavel (referee) ; Struhala, Karel (advisor)
The subject of this bachelor thesis is the elaboration of project documentation for the construction of an apartment building in the village of Chrudim. The apartment building is located in the eastern part of the city, which is intended for housing. The building is a detached three-storey non-basement building that has 6 residential units on the second and third floors. On the ground floor there are technical facilities, cellars, a common clubhouse and 6 garage parking spaces, where one parking space can be used as a space for placing sorted waste. The building is based on a reinforced concrete monolithic slab. The building is insulated by a contact insulation system with mineral wool insulator. The object is based above the free space, the so-called "crawl space", above which a reinforced concrete monolithic slab is made. Other horizontal structures are made up of lightweight slabs with a full cross-section of liaporbeton. The vertical structures consist of ceramic blocks of the THERM type. The structure of the balconies is steel prefabricated, the balconies are hung on the perimeter load-bearing walls and are assessed as self-supporting. Vertical movement in the building is ensured by a reinforced concrete monolithic staircase and an elevator, which is located in a self-supporting reinforced concrete monolithic elevator shaft. The roof structure is single-walled vegetation. The design of the apartment building is carried out with regard to the permissible regulations and the existing surrounding in the solved area. Part of the work is the implementation of diagrams of technical equipment of buildings distribution lines in the building, fire safety assessments and expert opinions from building physics. Construction physics reviews thermal technics, acoustics, lighting and insolation. The following programs were used: AutoCAD 2022, ArchiCAD 23, BuildingDesign, Hluk+, DEKSOFT, MS Word, Excel, PowerPoint, Adobe Acrobat
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Residential apartment house
Michalov, Patrik ; Mizerová,, Lenka Smolková (referee) ; Smolka, Radim (advisor)
The subject of the bachelor thesis is elaboration of the complete project design documentation of a residential apartment house, ready for implementation in the construction phase. The object is divided into three blocks A, B, C and into two independent layout units. The prevailing part of the building is predominantly designed for housing, and is made up of ten apartments located in blocks A and B. Additionally, there are two aboveground garages in block A. The second part of the object comprises a cafeteria located and operated on the first floor above ground in block B. Both zones of the building have separate entries and are without any mutual limitation to their independent operation. The building is of atypical shape with four above-ground floors and one underground. The underground floor is designed with a load-bearing support construction of cast reinforced concrete. The above-ground parts are designed from lightweight Lia autoclaved aerated concrete blocks. The ceiling constructions are designed as a combination of monolithic reinforced concrete slabs, together with filigree of Lia autoclaved aerated concrete and over-concreting. The roof structure is designed as a single-shell flat roof area. The entire building is insulated with External Thermal Insulation Composite System (ETICS).
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