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Visualization of air jet from ventilation outlet of a passenger car dashboard
Bečica, Radek ; Bělka, Miloslav (referee) ; Lízal, František (advisor)
Goal of this master´s thesis is to experimentally analyse air jet from ventilation outlet of a passenger car dashboard using smoke visualization and to describe this air jet. Air flow was set at 30 m3/h according to requirements from Škoda Auto s.r.o. from previous experiments on a similar ventilation outlet. First type of measuring rig which was developed for previous experiments was disassembled and replaced with a new modern measuring rig which is supposed to be used for next visualizations and experiments. Visualization was performed using smoke method and laser light plane. Air jet was photographed for five defined ventilation outlet adjustments and that for a jet to free space and for a jet flowing along a wall. The wall represented a front left door of a car. Results were processed by computer and presented as pictures and tables. Resulting angles were transformed to the main coordinate system of a car. Ventilation outlet functionality with respect to the air distribution in a car was evaluated afterwards.
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Warm Air Heating
Bečica, Radek ; Košner, Jan (referee) ; Janotková, Eva (advisor)
The introduction describes the basic information about warm air heating and general recommendations for using this type of heating. The next chapter contents a summary of the advantages and disadvantages of warm air heating. The following chapters deal with the main elements of the whole system. There is also pointed out the difference between radiant and convective heat transfer. At the end of this thesis there is shown an overview of warm air heating systems used for last years. Last part tells about prospects of warm air heating according author’s opinion.
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Low-rise Timber House
Vlčková, Milada ; Bečica, Radek (referee) ; Lavický, Miloš (advisor)
The Bachelor thesis deals with a design of timber building. The object is a two-storied cellarless building with flat single-leaf roof which is designed for stay of four people. KLH timber boards with external insulation layers form the main construction system of the building. The thesis includes contract documents for the construction of building and seminar thesis (paper) that elaborates on the isssue of timber buildings.
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Apartment Building with service station
Šaár, Martin ; Bečica, Radek (referee) ; Drobeček, David (advisor)
The bachelor thesis deals with the design documentation of new apartment building with service station on the level of documentation for building permit. The living area is designed for housing five people. Service station is designed for three-person staff. The building will be located in the Zlín Region, District of Uherské Hradiště, in the city of Uherský Brod. The Cadastral area is Uherský Brod - the town. The bulding has two aboveground floors and a partial basement with one underground floor. The building is designed like a brick structure. Vertical structures aboveground parts are made of bricks Porotherm. The side wall of the basement is designed from blocks shuttering Best 50 into which are inserted reinforcement and filling with concrete. Platform of a apartment building with service station is of rectangular shape with dimensions of 19,25 x 10,00 m. The main entrances to the building are located on the west side. The entrance to the service station is on the south side through the garage door. Workspace of workshop is designed for three cars. The entire building is covered using a double-walled flat roofs.
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Low-rise Timber House
Doležal, Lukáš ; Bečica, Radek (referee) ; Lavický, Miloš (advisor)
This Bachelor´s thesis processes design of standalone single-storeyed family house with attic, without cellared. The construction system of this building is lightweight frame system. Its benefits are good thermal technical properties and reduced construction time. The documentation is Works for building construction. The design documentation of the thesis is elaborated by computer program AutoCAD.
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Family House on the slope
Dvořák, Jakub ; Bečica, Radek (referee) ; Drobeček, David (advisor)
In the bachelor´s thesis, a design of a house situated in the slope is presented and its detailed project documentation is worked out. The thesis is divided up according to the valid laws, norms and regulations required for realization of the project. The unique feature of the house designed is its location in the sloping terrain of the plot: the roof of the building gradually connects with the surrounding terrain. Due to such an innovative solution, a vast number of technical and constructional details needed to be dealt with and were described in the thesis.
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Building on a specific plot
Lach, Jakub ; Bečica, Radek (referee) ; Lavický, Miloš (advisor)
The aim of the bachelor project is to design the two-storey single family row house on the concrete lot on the outskirts of the city Brno. The new house will take place in the vacant lot between houses nr.35 and nr.31, Na Návsi street, Brno-Holásky. The building consists of two habitable storeys with no basement and with living area under the double-sloped roof. The wooden structure of the roof, thanks to it´s low span, is supported by simple spanner. The vertical structure is created by porous concrete blocks ´Ytong´. The exterior walls are 375 mm thick with additional insulation 70 mm thick. The interior walls are 375, 300 and 200 mm thick made of porous concrete blocks ´Ytong´. The floor slabs consist of special Ytong floor slabs. Main entrance corridor separates the first floor in the living area (kitchen + living room) and staircase + garage. From the main corridor is the exit to garden on the north side of the house. The staircase leads us to the second floor. There are three bedrooms, bathroom and additional storage spaces. The garage is available to walk through the house. The project focuses on the presentation of the advantages of the system ´Ytong´.
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Family House
Kolig, Vojtěch ; Bečica, Radek (referee) ; Lavický, Miloš (advisor)
This bachelor thesis deals with the project of the new-building brick detached family house. The object is two floored, pent roofed with flat roof. New building hasn‘t cellar. The work includes study and design documentation. Moreover, the work contains also the elaborate dealing with the partial solution of the project.
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Family house with a design agency
Slechan, Ondřej ; Bečica, Radek (referee) ; Drobeček, David (advisor)
The subject of the Bachelor's thesis is the design and the preparation of project documentation of the family house with a design offices in the town of Boskovice. The object is placed in a quiet location at the end of the area in a slightly sloping terrain, in accordance with the regulatory plan of the city. The proposed layout is created for the housing of four families and the design office for the owner of the object, as the place of performance of his profession. It is a building with a partial bricked Foundation and two floors above the ground. The establishment of the object is solved on monolithic base passports. The basement part of the structural system consists of elements from the lost formwork BEST and the superstructure is of brick system POROTHERM contact thermal insulation. Ceiling structure reinforced concrete plate. The greater part of the building is roofed by a gable roof of wooden trusses and the smaller part is covered with a flat roof, which is designed as a terrace. Part of the object is a double garage with workshop.
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Building on a specific plot
Lach, Jakub ; Bečica, Radek (referee) ; Lavický, Miloš (advisor)
The aim of the bachelor project is to design the two-storey single family row house on the concrete lot on the outskirts of the city Brno. The new house will take place in the vacant lot between houses nr.35 and nr.31, Na Návsi street, Brno-Holásky. The building consists of two habitable storeys with no basement and with living area under the double-sloped roof. The wooden structure of the roof, thanks to it´s low span, is supported by simple spanner. The vertical structure is created by porous concrete blocks ´Ytong´. The exterior walls are 375 mm thick with additional insulation 70 mm thick. The interior walls are 375, 300 and 200 mm thick made of porous concrete blocks ´Ytong´. The floor slabs consist of special Ytong floor slabs. Main entrance corridor separates the first floor in the living area (kitchen + living room) and staircase + garage. From the main corridor is the exit to garden on the north side of the house. The staircase leads us to the second floor. There are three bedrooms, bathroom and additional storage spaces. The garage is available to walk through the house. The project focuses on the presentation of the advantages of the system ´Ytong´.
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