This master´s thesis deals with the project documentation of a kindergarten., designed for fifty children. The building is situated in the region South Bohemia in the town Týn nad Vltavou, cadastral district Týn nad Vltavou. The building is desgned as a brick building with a skeletal system. Vertical structures are designed from the structural system of ceramic bricks and a monolithic columns. Horizontal structures are designed from the monolithic ceiling slabs. The building is covered with flat walkable roog and flat non-walkable roof. The building has two floors.

This diploma thesis is focused on the design of a kindergarten and the processing of the design documentation for construction. The kindergarten is located on a large plot in a town Ostrava, an interface of boroughs Poruba and Třebovice. This object is free-standing with a partial basement. The building is divided into three functional objects – two single-storey parts and one double-storey part. There are two classes for the smallest children and a kitchen with a school canteen on the first floor. On the second above-ground floor there is a class for twenty-four children in early childhood. A class for pre-primary education and a principal’s office are also included. Vertical supporting structures in the above-ground floor are made of ceramic blocks Porotherm. In the basement there are reinforced concrete structures. Horizontal load-bearing structures are made of prestressed hollow core slabs Spiroll. The building is based on concrete strip foundations. Single-storey parts are roofed with a warm flat roof. The double-storey part is roofed with a cold flat roof with a timber truss girder. Close to the building there are two car parks – the first one is intended primarily for parents and teachers and the second one for personnel included cleaners and cooks.

Author: Bc. Kateřina Kellerová Title: Foot Arch in Childhood Problem definition: The most often diagnosis related to the foot arch in childhood is definitely flexible flat foot also called pes planovalgus. Because of that this thesis will be mostly oriented on this diagnosis. There are many articles about flexible flat foot and many studies were oriented on this problem. The informations about etiology, influencing factors or therapy are sometimes discordant in different articles. But almost all of them contain one same statement which says that the prevalence of this diagnosis is decreasing as the foot arch is changing during the child's growth. It means in older children there is not flexible flat foot so often as in the younger ones. But there is no detailed description of the dynamics of these changes of the foot arch in childhood. Aim of this thesis: The aim of this thesis is to find out the development of the foot arch in children of pre-school age. In other words to run the survey to find out the changes of the foot arch in children of pre-school age which occurs in six months. Method: The survey contains anamnesis questionnare for parents and also these examinations: footprints, examination of joint laxity, mobility of hip joint, position of knee, patellae and heel, Jack's test, posibility...

Background Pes planus is one of the most common diagnoses in the pediatric field; flexible flat foot being the most prevalent. This developmental type of flatfoot is a normal finding in young children, seen to resolve spontaneously with growth and development and also remain asymptomatic. Despite this, there is still a large incidence of flat feet in adolescence and many cases of adult flatfeet are frequently presented as residual pediatric flatfeet. The factors that influence the prevalence of flatfeet during a child's development have also the capacity to altering its course and gaining insight on what they are and their influence aids in diagnosing, treating and preventing flat feet. Purpose The aim of this literature review was to enhance knowledge on the persistence of the flat feet condition in the pediatric population by determining the development of flat feet in children with an outline of its affect on posture and gait and identifying contributing factors that affect the incidence and progression of the deformity. Methodology An electronic database search was conducted to obtain articles from relevant journals (from early 2012 to mid 2013). Only full text English articles were obtained, with a few exceptions. Further information was collected from online textbooks and the reference lists of the...

This diploma thesis deals with the design of a new car showroom with a car service. The content is the project documentation for construction work. The new building is located in the cadastral area of Řečkovice on a slightly sloping plot. The building is divided into 2 buildings - car showroom and car service. The showroom features exhibition grounds, office space and technical facilities. In the part of the garage, besides the service workshop, the customer part, staffing facilities and technical background are designed. Both operations can be separated if necessary. The building is shaped like a detached two-storey building with underground garages. The above-ground part of the building is designed as a prefabricated skeleton with filler masonry, underground is made of monolithic reinforced concrete - "white bath" system. It is roofed with a flat roof.

This diploma thesis deals with the elaboration of the project documentation of the construction of the Blanice accommodation facility. The object has a rectangular shape. The proposed building is located in Vodnany. The accommodation facility is designed for 28 people and 32 seats in the restaurant. The building is designed as a four-storey, partly basement. On the underground floor there are storage areas, technical background. On the first floor there is a main entrance, a reception and a restaurant with technical facilities for the staff. On the second and third floor there are guest rooms. On the second floor there is also a room for people with limited mobility. The building is bricked from brick blocks with a flat roof Keywords.

The subject of Bachelor’s thesis is new building of multifunctional house. This building is detached house located in flat terrain in city Boskovice. Building has 3 floors and has no basement. In ground floor are two shops and cafe, on second and third floor are flats. Each part has its own entrance. Object has rectangular plan, it is made of masonry system from sand-lime bricks and is roofed with flat roof.

Flat roofs are very desired type of building roofing these days. We can find flat roofs in construction of family and apartment houses, manufacturing and storage buildings, office buildings, shopping centres, etc. and not only in constructions of new building, but in substantial amount also during reconstruction. For every flat roof it is necessary to design a way of roof plies stabilization against wind suction. Gluing is one of many used methods of flat roof stabilization. The gluing itself can be implemented by innumerable adhesives of various compositions from many manufacturers. Gluing has advantages and disadvantages as every method. Lack of information can be considered as key disadvantage. Especially the lack of information about strength of gluing joints. The dissertation is focused on polyurethane adhesives, their application for stabilization of layers in flat roof and experimental determination of strength values of glued joints. The first phase of the dissertation aims to create a test methodology for experimental measurements. As a part of the methology to create a test model, a test apparatus and a procedure for experimental measurements. In next phase dissertation focuses on experimental measurements and their evaluation. Research was primarily focused on properties of gluing joint depending on the amount and type of the adhesive, material of bonding layers and technological indiscipline. The results of experimental measurement provide numerical values of strength of the gluing joints and pointed to risky situations which can occur during realization. The conclusion provides practical recommendations and possible opportunities for continuation of the work on this topic.

The topic of my diploma project is a design and a project documentation of a kindergarten in the city of Ružomberok. The building is located on a flat land with a rectangular shape in a peaceful locality. The floor plan of the building is atypical.The building consists of a ground floor with a partial basement. The structural wooden system uses massive wooden wall panels by Novatop. The basement is made of a concrete structural system. The structure is based on the concrete strip foundations and it has a flat roof. The kindergarten is divided into the class sections and a utility part with a kitchen. Overall, there are three classes with the maximum capacity of 60 children. Two class sections are of the same hight and the one in the middle is raised. All the day rooms are south-facing and each of them has a direct access to the wooden terrace. On the east side of the site there is a parking lot designed for 16 cars with a path leading to the main gate and to the building entrances. The entrances to the kindergarten and to the utility part are separated. The main entrance to the kindergarten is designed as barrier-free.

The aim of the thesis is processing of project doccumentation for execution of mixed use building. The building will be situated in Bystřice nad Pernštejnem, in the Lužánky street.The building will be divided into two doctor´s surgeries, offices and three dwelling units. The building is designed as a detached house without cellar and with three above ground floors. Residential part consists of three dwelling units 2+kk, 3+kk and 4+1. Part of the residential unit is also a space for storage of bicycles in the first floor. Non residential space contatins a place for doctor´s surgeries and administrative part consists of offices, conference rooms, storages and toilets. Main enterances to the building are located in the fist above floor. There are 22 parking places and 2 parking places for the handicapped people. The building is based on concrete strip foundation. External loadbearing structures are from clay masonry. Floor structure is made of prestressed concrete floor slab. There is a warm flat roof, there arecast-in-place reinforced concrete staircase. While the elaboration I placed a great emphasis on a propriate layout design, technical and architectural design and a safe using of the bulidng. Drawing is done in AutoCAD programme.