|
|
Detached house in Libáň
Kubínová, Veronika ; Jelínek, Petr (referee) ; Struhala, Karel (advisor)
This bachelors thesis is focused on design of family house in Libáň. It is designed as a detached, two-storey house with cellar under technical part. It will be in service as permanent residence for a family with four members. The roof of the house will be designed as a flat roof with green roof system. Perpendicular constructions are made of Porotherm systems and precast floor slab is made of prestressed concrete floor slab from company Spiroll. The house plan contains also a two-car garage. The project was designed in ArchiCad and 3D model was made in Lumion. All the conctructions are in Czech Technical standarts.
|
|
|
Detached house
Pařízek, Tomáš ; Donaťák, Vladislav (referee) ; Donaťáková, Dagmar (advisor)
The subject of this bachelor thesis is a new building of two-generation family house in the village of Březník. The building is situated in a slightly sloping terrain at the end of the construction of family houses on the outskirts of the village. The house has one underground and two above-ground floors. On the first floor there is i terrace from which acces to the garden is provided by a stand-alone steel staircase. Next to the family house is a wooden shed with a plank roof for two cars. The supporting walls in the underground floor are made of permanent formwork Best and in the above-ground floor of the Porotherm masonry elements. The roof is saddle with Tondach grooved tiles.
|
|
|
Industrial bakery Herold Brno
Šebela, Vojtěch ; Štikar, Jaroslav (referee) ; Nový, Alois (advisor) ; Donaťáková, Dagmar (advisor)
The subject of the bachelor thesis is based on project that has been processed within the subject AG035 Architectural design of the 6th semestr of Bachelor’s degree. The proposed building is a production facility of an industrial bakery for a Herold company that wants to get production closer to the city of Brno. The land was selected in the area of Horní Heršpice in the place of unused brownfield industrial area. The surrounding area is partly an industrial zone, continuosly connected to a residental area. „K terminálu“ access road is at the same time an importnant conection for a nearby transhipment. The proposed object is divided into two main parts. Dominant and simpler is the production hall, whose sisposition ensures the smooth production process. The smaller and more structured administraion building connects to it workers' background. The endeavor was to rexpect boundaries of the plot in whose directions the complex reacts with its morphology. This should bring into order otherwise chaotic buildings and fully complement it. Between the production hall and office part is the half closed atrium, forming the rest zone where the offices and rest room are oriented. Around the complex is logistic comuniction and staff parking. The loadbearing structure is on the principle of steel frame system supplemented by longitudinal bracing. It will be covered by warm flat roof on the trapezoidal sheet. Most of their elements will be admitted in the interior and its modulation will be reflected in the exterior. The cladding will be done in Kingspan panels in white on an administrative object and dark gray on a production hall. In order to soften the form of the office part, most of the surface is made from window glassblocks. This should improve the human scale appearance on the contrary the superhuman scale of the production hall. Interior will be illuminated well and airy, for a positive influence on workers. On the corner there will be a staircase to a walkable roof.
|
|
|
Kindergarten
Bíla, Martin ; Vlach, František (referee) ; Vajkay, František (advisor)
The aim of the diploma thesis is to prepare design documentation for the construction of a kindergarten in Velká Bíteš. The object is designed as a detached, two above-ground floors, and non-basement building. It is located on a fairly flat terrain near the central part of the city. Kindergarten building has four sections for children. Each section is for twenty children, a total of eighty children are designed for the object. The structural system of the object is a longitudinal wall, made of hollow brick heluz. The building is equipped with contact insulation made of EPS (ETICS). Floor structure is solved as a consist of prestressed hollow core slabs spiroll. In the 2nd floor there is a walkable terrace with a growing layer. The flat roof of the object is warm extensive green roof with walkable concrete parts with photovoltaic panels. Part of the work is also an assessment from the point of view of building physics and fire safety.
|
|
|
AUTOCENTRUM VW GROUP MIKULOV
Abikenova, Kamilya ; Hudeček, Vladimír (referee) ; Dýr, Petr (advisor) ; Kacálek, Petr (advisor)
BACHELOR THESIS DEALING WITH DOCUMENTATION FOR DSP AND DPS NEW BUILDINGS OF VOLKSWAGEN GROUP AUTOCENTRE. THE WORK IS BASED ON A PREVIOUSLY ESTABLISHED STUDY IN SUBJECT AG33. THE PROPOSED CONSTRUCTION IS LOCATED IN MIKULOV. THE LAND IS LOCATED ON A PREVIOUSLY FLAT LAND BETWEEN JIRASKOVÁ AND REPUBLICAN DEFENSE STREETS AND THE LAND ON THE WEST SIDE DEFINES THE WINE FIELDS. THE AUTOCENTER BUILDING CONSISTS OF FOUR OVERHEAD BUILDING OBJECTS, MULTI-DILATED, WHICH MEET THE REQUIREMENTS OF AUTOCENTRAL OPERATION. THESE ARE THE PRESENTATION, SALE AND SERVICE OF CARS, INCLUDING ACCESSORIES OF FOUR BRANDS ASSOCIATED IN THE VW GROUP. THE BUILDINGS ARE UNBORNEY, SINGLESTOREY-HALL TYPE. THE EXCEPTION IS ONLY THE SHOWROOM OFFICES LOCATED ON THE SECOND ABOVE FLOOR, WHICH SO DIVIDES THE ALREADY SPACE. THE CONSTRUCTION SYSTEM IS THE SAME FOR ALL OBJECTS. IT CONSISTS OF REINFORCEMENT OF A SKELETON STRUCTURE WITH STEEL TROLLEYS. THE OBJECTS ARE BASED ON REINFORCED CONCRETE FEET. VERTICAL STRUCTURES ARE MADE OF REINFORCED CONCRETE PILLARS, CLADDING OF KINGSPAN PANELS AND SCHÜCO GLASS FACADE SYSTEM. HORIZONTAL STRUCTURES CREATE STEEL COMPARTMENT TROLLEYS SPIROLL PANEL. THE ROOFING OF OBJECTS IS CREATED BY SINGLE-COATED SLOPE ROOFS DRAINED BY INTERNAL LEADS. IN SHOWROOM, THE LEADS ARE HIDDEN INSIDE THE SDK. THE INTEGRITY OF THE FOUR OBJECTS IN ONE UNIT IS ACHIEVED BY THE REPEAT OF THE SAME VIEWING ELEMENTS AND, ON THE SAME, THE LEGIBILITY OF THE INDIVIDUAL STRUCTURES IS OBJECTED BY THE GRADUATION OF INDIVIDUAL MATERIALS AND THEIR CLEAR DIVISION OF OBJECTIVES.
|
|
|
Extension and adaptation to apartment building
Janováč, David ; Müllerová, Eva (referee) ; Müller, Jan (advisor)
The concept of bachelors thesis was a modification design of renovation, vertical extension and another building modifications of existing almost unused building in the village Salaš. The building previously served as a public services and is currently out of order. In order to restore the functionality of the building, the municipality, as the owner and investor, decided to use the building for collective housing (apartment building). The proposal addressed the change and adaptation of the internal layout for housing units with a variable layout, and their useful spaces, building modifications, remediation measures of existing structures so that in the coming years the building is fully functional and compliant in terms of parameters and demands that are current standards, imposed, especially in terms of building physics, fire safety, etc.
|
|
|
Glasgow library
Porubčanová, Zuzana ; Elešová, Klára Tomášová (referee) ; Dulenčín, Juraj (advisor) ; Matějka, Libor (advisor)
The following bachelor thesis of civil significance has been elaborated on the basis of a study that I made during my studies abroad at the Bauhaus University in Germany. My aim was to design a concept of three separate buildings, a library, a theater and an educational facility for children and youth, which are connected on the first and second underground floors, where all three buildings are allowed underground parking at two levels of the first and second underground floors. On the first floor, all three buildings are connected by a central park. After the consultation and consultation with the head of the construction-technical solution, the subject of this thesis will be a separate object of the library. The library building consists of four aboveground and two underground floors. On the first floor there is an entrance reception, a bar with snacks, books and a reading area with a shelving department. On the second to third floor you will find an educational space, a reading area and a separate study room. The fourth floor contains a special book department and administrative room for library management. The new library is designed from a combined nose system where columns prevail. The building is reinforced with a reinforced concrete core, which serves as an escape staircase, over the entire height of six floors. There is also a barrier-free lift. The escape staircase located in the reinforced concrete reinforcement core connects all floors of the building and allows access to both underground floors. In the main space of the library there is a large steel staircase which overcomes the first, second, third and fourth floors, thus visually connecting the space for reading. The first and second underground floors serve for parking the library visitors. On the first underground floor there are all technical rooms as well as an archive for storing books. The second underground floor is used for storage rooms in addition to parking. The basics of the library bu
|
|
|
Industrial bakery Herold Brno
Šebela, Vojtěch ; Štikar, Jaroslav (referee) ; Nový, Alois (advisor) ; Donaťáková, Dagmar (advisor)
The subject of the bachelor thesis is based on project that has been processed within the subject AG035 Architectural design of the 6th semestr of Bachelor’s degree. The proposed building is a production facility of an industrial bakery for a Herold company that wants to get production closer to the city of Brno. The land was selected in the area of Horní Heršpice in the place of unused brownfield industrial area. The surrounding area is partly an industrial zone, continuosly connected to a residental area. „K terminálu“ access road is at the same time an importnant conection for a nearby transhipment. The proposed object is divided into two main parts. Dominant and simpler is the production hall, whose sisposition ensures the smooth production process. The smaller and more structured administraion building connects to it workers' background. The endeavor was to rexpect boundaries of the plot in whose directions the complex reacts with its morphology. This should bring into order otherwise chaotic buildings and fully complement it. Between the production hall and office part is the half closed atrium, forming the rest zone where the offices and rest room are oriented. Around the complex is logistic comuniction and staff parking. The loadbearing structure is on the principle of steel frame system supplemented by longitudinal bracing. It will be covered by warm flat roof on the trapezoidal sheet. Most of their elements will be admitted in the interior and its modulation will be reflected in the exterior. The cladding will be done in Kingspan panels in white on an administrative object and dark gray on a production hall. In order to soften the form of the office part, most of the surface is made from window glassblocks. This should improve the human scale appearance on the contrary the superhuman scale of the production hall. Interior will be illuminated well and airy, for a positive influence on workers. On the corner there will be a staircase to a walkable roof.
|
|
|
Kindergarten
Marek, Tomáš ; Donaťák, Vladislav (referee) ; Donaťáková, Dagmar (advisor)
The subject of the diploma thesis is the elaboration of project documentation for the implementation of the new civic amenities of the Nursery School in the cadastral area of Plácky in the territory of the town of Hradec Králové. The building is designed as a stand alone divided into 4 segments with two above-ground floors. Kindergarten consists of 3 separate departments with a total capacity of 60 children and 1 unit for hobbies with a capacity of 20 children and their facilities. The object is based on the base passages. All brick structures are made of brick blocks Porotherm and the heat insulation is added to the perimeter shell. The internal staircase is monolithic, reinforced concrete and external prefabricated steel. The object is roofed with a flat roof and the support element consists of reinforced concrete pre-prestressed panels SPIROLL. Drawing part is processed in ArchiCAD program, visualizations are processed in Lumion program.
|
|
|
Car Center VW Group
Velfl, Martin ; Štikar, Jaroslav (referee) ; Nový, Alois (advisor) ; Matějka, Libor (advisor)
The bachelor thesis deals with the new building of Car centre VW group. Earlier study in the subject AG33 gave form to the following bachelor´s thesis which further develops the study into level of Building permission design and Documentation for execution of the project. The designed building is situated in district Brno-Zábrdovice. The plot is situated on mostly flat land between the streets Cejl, Jana Svobody, Husovická and on the eastern side plot defines the river Svitava. The object of car centre consists of four buildings volumes which are mutually dilatated and meet the requirements of the operations of car centre. It includes presentation, sales, servicing cars Škoda, Volkswagen, Seat, Audi. The buildings are designed as a single storey steel assembled hall. An exception is only the offices of administration in the showroom located on the second floor, which divides the space. The construction system is the same for all objects. It consist of a prefabricated steel frame structure with longitudinal trusses. The bracing is achieved by a rigid ceiling slab in conjunction with steel rods and reinforced concrete shear walls. The structures is based on simple foundation pads combined with drilling piles and interconnection with strips all from reinforced concrete. Vertical structures consist of steel columns, shear concrete walls, Kingspan panelings and the Schüco glass facade system. Horizontal structures consist of steel straight trusses, bearing trapezoidal sheets coupled with a concrete layer and rolled IPE beams. The roofing of the buildings are designed as warm, non-walkable flat roofs, drained by internal rainwater drainages. In the showroom pipes are hidden inside steel colums that are covered with stainless steel sheets with polished surfaces. The integrity of four objects in one unit is achieved by repeating the same visual elements and on the contrary the readability of individual buildings is evident by gradation of individual volumes and their clear
|
guest ::
