The subject of the diploma thesis is to study architectural security prison in Brno. Prisons are devices filling the disqualification of persons who have committed anti-social acts of a society that considers freedom and freedom of movement for one of the highest social values. The site is located in the outskirts of Brno, Brno-Slatina. The main idea is the use of the buildings that already by the expression appropriate for the application. There are prison blocks that are strictly brutalism and on the other hand, there are buildings that its minimalist ventilated façade suggests a more liberal regime. The whole composition is supported park with a chapel, in which each view change regularity rigorous imprisonment.

The subject of the thesis is an architectural project of urban structure - a town house in Brno - Zábrdovice. The design uses the principle of multiplicity, which is characterized by multiplying of the site, using of roof planes and highlighting the object above the ground. The material of object is formed by the gradual reduction of the structure consisting of four blocks arranged around a central atrium. The building respects the height of the surrounding buildings, on the west side it has 5 floors, towards the river Svitava the height of the building gradually decreases. A significant feature is the use of greenery on roofs. Ventilated facade of the building will consist of perforated steel sheets Cor-ten and facade panels Cembrit.

The subject of the diploma thesis is to architectural study of new security prison in Brno. Prisons are devices filling the disqualification of persons who have committed anti-social acts of a society that considers freedom and freedom of movement for one of the highest social values. The site is located in Propojený obrázek nelze zo brazit. Příslušný soub or byl pravděpodobně přesunut, přejmenován nebo odstraněn . Ověřte, zda propojení odkazuje na sp ráv ný so ubor a umístění. the outskirts of Brno, Brno-Slatina. The main idea is to use clear communication connections between the buildings, which are structured according to the appropriate method of use; its structurally functional organization and clearly indicate its operating mode. Harmony of the whole is then expressed by a suitable composition of objects and surfaces areal vegetation, where the area according to the scheme uniformly distributed and completed at the close of the outdoor sports area.

This thesis deals with design and project construction of the administrative building of the training center in Hradec Kralove. It is a brick, partial basement building with three floors. The building has a plan shape resembling the letter H and is vertically graded into separate blocks forming the individual floors. Part of the basement is located in the central part of the plan. The building is covered with a flat roof in combination with walkable terraces on each floor. The building will be insulated outer contact system of mineral wool in combination with a ventilated façade of cement slabs vynášených aluminum grate.

Diploma thesis Veterinary Clinic is compiled in the form of project documentation. The building is situated in the township Vladislav. The building will be made from POROTHERM blocks with ventilated facade with the mineral heat insulation. The ceilings will be made from POROTHERM and SPIROLL.The building has flat roof. The project emphasizes disposition, static, fire safety, acoustic, energy savings and user safety solutions. The building has two floors, second one is receding. On the first floor there are two consulting rooms with shared waiting room, x-ray, laboratory, two operating rooms, post-op care and technical background. On the second floor there is a room for doctors, room for nurses, living room, kitchen and dressing room. The thesis includes specializations – Building services - ventilation and sanitary.

The subject of this thesis is the documentation for construction of kindergarten in Pacov. The building is designed like two-storey wall system from ceramic hollow blocks and ceiling construction is of prestressed ceiling panels. There are four departments, each for 20 children, social hall, kitchen, technical and administrative facilities. The roof is designed as warm flat roof. The building is equipped with ventilated facade from colored aluminum fins. To ensure a healthy environment is designed mechanical ventilation.

Målen med denna uppsats var att studera två aspekter av temperatur inducerade spänningar med referens till kärnkraftsanläggningen Forsmark F1. Ena aspekten inkluderade den termiska kyleffekten av de ventilerade spännkabelrören i cylinderväggen. Det var av intresse att studera om den termiska kyleffekten av de ventilerade spännkabelrören hade en positiv global effekt som var relevant att beakta i globala tredimensionella modeller. Den andra aspekten inkluderade inverkan av ingjutet stål i den övreringplattan. Med syftet att studera om ingjutet stål var en aspekt som ansågs nödvändigt att beakta i transienta analyser.   Huvudanalyseringsverktyg var finita element metoden (FEM), genom användning av det kommersiellt tillgängliga finita element programmet SOLVIA.   Inverkan av den termiska kyleffekten av de ventilerade spännkabelrören indikerade en spännings reducerande effekt, med reducerade zoner av sprucken betong i cylinderväggen vid förhöjda temperaturer. Inverkan av ingjutet stål indikerade ökade temperaturskillnader mellan det ingjutna stålet och den omgivande betongen, med sprucken betong lokalt mellan stålet och betongen vid förhöjda temperaturer. Den termiska kyleffekten av de ventilerade spännkabelrören ansågs relevant att beakta i globala tredimensionella modeller. Ingjutet stål ansågs vara nödvändigt att inkludera i transienta analyser. / The aims of this thesis were to study two aspects of temperature induced stresses with reference to the nuclear power plant Forsmark F1. One aspect included the thermal cooling effect of the ventilated tendon ducts in the cylinder wall. It was of interest to study if the thermal cooling effect of the ventilated tendon ducts had a positive global effect which was relevant to consider in global three-dimensional models. The other aspect included the influence of embedded steel in the upper ring slab. With the purpose to study if embedded steel was an aspect that was considered necessary to include in transient analyses.   The used main analysis tool was the finite element method (FEM), through the use of the commercially available finite element program SOLVIA.   The influence of the thermal cooling effect of the ventilated tendon ducts indicated a stress reducing effect, with reduced cracked concrete in the cylinder wall at elevated temperatures. The influence of embedded steel indicated increased temperature differences between the embedded steel and the surrounding concrete, with cracked concrete locally between the steel and the concrete at elevated temperatures. The thermal cooling effect of the ventilated tendon ducts was considered relevant to consider in global three-dimensional models. Embedded steel was considered necessary to include in transient analyses.

In Sweden, there are around 300 000 multi-family buildings with high energy consumption state a high renovation potential in the building sector. This study aims to analyze different renovation measures for a typical theoretical multi-family building to determine their effects on energy consumption, financial profitability, and impacts on obtaining an energy label in the rating system. The reference building was created based on the given energy consumption for the Nils Holgersson building (NH), where the information data accumulated and assessed utilizing dynamic energy simulation software IDA ICE.The selected renovation measures include modifications to the building envelope and ventilation. The reference building was equipped with an exhaust ventilationsystem with no heat recovery. The study showed that heat losses through ventilation contributed to the largest share. The losses through windows and walls are significant; hence selecting ventilated façade and adding insulation were relevant efficiency measures. The study analysis a vacuum insulation panel (VIP) applied for external walls due to its highly efficient thermal properties compared to conventional insulation. The results of life cycle cost analyses (LCCA) for 40 years demonstrated that VIP and ventilated façade have an economic benefit because of the energy cost saving during the operation phase of the building, despite the high initial cost. The cumulative LCC for each measure showed that VIP approaching the conventional insulation within theservice life the ventilated façade is cost-efficient at the end of the 6thyear compared to changing glazing. The selected rating system is Miljöbyggnad (MB). After renovation, the NH building could achieve the bronze level on the energy indicators.The study found that the energy consumption in the base model was 144.7 kWh/m2and the implemented renovation package leads to a reduction of 47 % annual heating demand. As a rule of thumb, the annual energy demand will be 90 kWh/m2, and the cost for the renovation package including installation would be 1150 SEK/m2causing a total energy-saving 2900 SEK/m2at the end of 40 years.

The topic of the diploma thesis is the elaboration of project documentation for the construction of a fire station with almost zero energy consumption. The building will serve as a fire station type P4 with the scope of the JPO I unit - a unit of the fire department with a territorial scope, usually within 20 minutes drive from the place of deployment. The designed building is a detached object with two above-ground and one underground floor. The building is designed as a reinforced concrete skeleton. It consists of two operating units. The administrative and operational part has three floors. In this part, the main entrance to the building is on the 1st floor, oriented on the south side. The technical rooms of the fire department are located on the first floor and are functionally connected to the administrative part. Exit garages, a car wash and a dryer are also attached to it. Prior to the elaboration of the project, a visit to the regional fire station in Trnava and a consultation with the director of this station took place regarding the needs and requirements of the fire department.

The subject of this diploma thesis is new building of leisure center, with two storeys and partial basement, near town Proseč (cadastral area Paseky u Proseče). There is catering and sanitary facilities downstairs and accomodation facility upstairs. In basement, there is storeroom for camping equipment. Next to the building is a plot of land used as a campground. The construction is largely designed as a diffusely open timber - cross-laminated timber walls, ceilings and roof, with thermal insulation. Underground part is made of concrete-filled blocks, with ceilings from pre-tensioned panels. The building is covered with a sadle roof with a sheet metal roofing. AutoCAD software was used to draw the drawing documentation.