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Single-family house in Troskotovice
Slunečková, Eliška ; Pilný, Ondřej (referee) ; Kalousek, Lubor (advisor)
This bachelor’s thesis aims to design a single-family passive house. Designed house is situated in Troskotovice on a flat building plot. The house is composed of two volumes: a bigger two-floor part with a gable roof and a smaller one-floor part with a mono-pitched green roof. The house is divided into a work zone in the north and east of the ground floor, a social zone in the south of the ground floor and a private zone placed on the first floor. The structural system of the building is a wood frame with timber truss and joist floors. A cast-in-place reinforced concrete slab is used for the foundation. The first part of the thesis includes architectural, structural, and material designs with assigned calculations such as acoustics, daylighting, energy certificate and fire safety calculations. The second part of my bachelor´s thesis consists of heat, ventilation, and plumbing designs with a focus on the ventilation design. An air/water heat pump is used for heating up domestic hot water and water for a wall heating system. The house is equipped with heat recovery ventilation system. Rainwater from roofs is collected in an accumulation retention tank and used for watering a garden and toilet. Excessive rainwater s infiltrated in an infiltration basin on the plot. Design of the house includes connection to the electrical grid, optical grid, water supply and sewage systems.
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Air conditioning of commercial premises
Rapavá, Magdaléna ; Blasinski, Petr (referee) ; Uher, Pavel (advisor)
The bachelor thesis titled Air-conditioning of commercial premises deals with the design of the profession of air-conditioning for a two-storey building located in Brno. We have designed two air handling units for the building, each serving one floor of the building. On the first floor we focused on the design of hot air heating in winter and cooling in summer. We focused the design of the unit for the second floor on cooling during the summer period. In the building there are hairdressing, massage, manicure and pedicure salon and a café. For the functionality of the building are also designed sanitary facilities, day rooms for employees of the premises, warehouses, boiler room, technical room for the location of air handling equipment. The thesis is composed of three parts: theoretical, computational and design. The theoretical part of the thesis deals with the heat gains of the buildings. The computational part deals with the steps of calculations that lead to the design of the air conditioning system. LindQST, Teruna, Atrea software are used in the design process. The design part processes the necessary project documentation in the specified scope.
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Air conditioning for the youth center
Trnka, Daniel ; Uher, Pavel (referee) ; Rubinová, Olga (advisor)
The bachelor thesis is focused on the design of air conditioning and refrigeration for youth center. The aim is to design suitable ventilation equipment and a comfortable in-door microclimate in the building according to applicable regulations and standards. The theoretical part deals with air conditioning units and their distribution and description of components..
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HVAC design for burn intensive care unit
Fábian, Martin ; Andrys, Petr (referee) ; Rubina, Aleš (advisor)
The Bachelor’s thesis describes a design of a HVAC unit for a burn intensive care unit and its related nursery rooms. The unit respects all the hygienic, functional and running conditions at this specific indoor microclimate. The main concept of the HVAC unit is to supply the burn intensive care unit with fresh air, which is suitable for a fast recovery after a burn trauma and also to reduce the microbial growth and microbial spreading. The main goal of the Bachelor’s thesis was to design a HVAC unit that will effectively filter the inlet air and that the intensive care unit is built the way, to reduce the microbial spread as much as possible. The air handling units are designed at the calculation part of the Bachelor’s thesis to cover the energy (heat) loss in the winter time and the energy (heat) gains during the summer time. Main function of the air handling unit is to handle filtered fresh air to the hospital. The output of the Bachelor’s thesis is a realization documentation for both air handling units.
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Center of Rest in Lavičky
Pospíšilová, Iveta ; Soudek, Pavel (referee) ; Kalousek, Lubor (advisor)
The topic of this master´s thesis is a new building design of recreation centre in Lavičky and processing of project documentation for this building realization. This thesis is furthermore completed with two specializations. It deals specifically with a specialisation in the field of technical facilities of buildings – heating and air conditioning. The recreation centre is a complex of two units that will provide restaurant and accommodation services with leisure activities facilities. In one of the units there is designed an accommodation facility with smaller wellness area, in the other unit there is designed a restaurant. The estate where the units are located occurs in the north part of the village Lavičky. This locality is built up by family houses and apartment blocks. The architectural solution of the designed units follows on from the concept of simple country object where the object has the shape of rectangle ground plan and is roofed by typical saddle roof. The building of the restaurant and also the guest house is in the shape of rectangle and is roofed by double sheathed saddle roof with metal folded roofing in dark grey colour. As well it utilises modern elements of architecture as big window openings or dormers. The filling of the openings will be accomplished by wooden windows in natural shade. The façade of the units is designed in that way to match both unis together. It is solved by white façade paint in combination with cement splinter panels imitating wood or cement splinter panels in grey colour and is completed by outdoor wooden pergola or wooden storm porch. The wall base part is formed by mosaic façade in grey colour. The layout solution of the units follows on from operation requirements of the particular services and they are separated in space for customers and for operation space. In the unit of the guest house there are designed 9 suites with 22 beds. In the ground floor there is designed one suite for persons with reduced mobility and o
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Simulation of air valves and difusers
Bombera, Jiří ; Rubinová, Olga (referee) ; Uher, Pavel (advisor)
The aim of the diploma thesis is the simulation of air valves and difusers using CFD. The goal of this thesis is to determinate the type of air valve and diffusor, which would ventilate the room of a detached house the best – considering the speed of the airflow and the age of the air. Outcome of this work is the design of the air conditioning system for a detached house with application of the air valve and difuser which is evaluated as the ideal option for the ventilation in the room.
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Air-conditioning of supermarket
Velísková, Jana ; Rubina, Aleš (referee) ; Rubinová, Olga (advisor)
The topic of this bachelor's thesis is the design of air conditioning equipment for a supermarket. The theoretical part of the thesis deals with the topic of air conditioning systems (water, air or the combination). The practical part of the thesis deals with the design of air conditioning equip-ment for supermarket stores and facilities for employees. The devices are designed to meet hy-giene, operational and safety requirements.
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Environmental design of the kindergarten building
Velísková, Jana ; Rubinová, Olga (referee) ; Uher, Pavel (advisor)
This thesis deals with the design of a kindergarten building in the village of Dolní Lhota.It is designed as a two-storey building with a flat roof. It will be connected to the existing primary school building. The first floor will be used for kindergarten purposes, the second floor will be used for afternoon activities. The first floor will house a classroom, toilets for children, cloakroom, offices, cleaning facilities, storage, utility room, mechanical room. On the second floor there are two classrooms for afternoon activities, a cloakroom, office, storage and toilets. It consists of three parts. The first part deals with the design of the building structure. It contains the project documentation with all floor plans, sections, foundations, roof drawing, technical report, views. The structural system of the building is a wall system. The perimeter and internal load-bearing masonry is designed in ceramic blocks. The ceilings are made of spiroll panels. The second part contains the technical equipment of the building. Design of the air handling unit and distribution elements to the rooms. Calculation of rainwater utilisation. It also includes the design of the building heating, lighting and a drawing of the global scheme. Photovoltaic panels are proposed on the roof to cover the building's consumption. Heating is provided by groundwater In the third part I discuss the effect of zoning a building. I used the design of air handling units as an example. Given the use of a school building, where the first floor will run mostly in the morning and the second in the afternoon, I looked at which option is more economical
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Heat exchangers
Kuráňová, Helena ; Rubinová, Olga (referee) ; Uher, Pavel (advisor)
The master thesis deals with the issue of heat recovery and efficiency of exchangers. The experimental part is dedicated to the measurment of efficiency of a plastic model of heat exchanger with atypical construction compared to a standard plate heat exchanger. For production of the heat exchangers 3D printer was used so the thesis uses the possibilities that 3D printing is offering nowadays.
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Control of HVAC equipments
Zaoralová, Kateřina ; Weiglhofer,, Willy (referee) ; Rubina, Aleš (advisor)
The aim of the diploma thesis is application of the topic Control of HVAC equipments. The thesis is divided into three part – A, B, C. The first theoretical part deals with controlling/regulation in general, it focuses on controlling/regulation of HVAC equipments and it describes ways of air volume flow measurement, which relates to the third experimental part. The second part is focused on design of HVAC system in inpatient ward and fit-out for employees. In the third part was realized verification of air flow volume controller in two chosen buildings, whence in one there weren´t fulfilled manufacturer´s requirements and in the second one they were fulfilled. In conclusion there were compared measured values.
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