This doctoral thesis deals with suspension cable roof structures above a circular and elliptical plan. The methodology of analysis is based on a basic annular cable roof structure of an external diameter of 70 m. The roof structure is designed as a prestressed membrane from the precast panels made from lightweight structural concrete which are supported with the bearing and prestressing tendons that are radially led between the two peripheral rings. The structural arrangement and the process of construction are described. The static system is specified and the terms like self-anchored system or equilibrium state are also defined. Finally, the results of static analysis are discussed in detail. The main aim of the doctoral thesis is to design a roofing of football stadium terraces using the structures of a basic annular cable roof; and present two alternatives – above circular and elliptical plan. The circular alternative comes directly from basic annulus, only the main dimensions of the new-designed structure are correspondingly extended. The elliptical alternative is an alteration of the circular design. As the radial tendons are anchored to the flexible peripheral curved girders, and the structures form the self-anchored system, the horizontal tendon forces load the peripheral girders radially. Because of that, it is essential to design a state of stress in tendon to prevent the undesirable global bending moments on the peripheral girders, and subsequently large non-uniform horizontal and vertical displacements of structure. Therefore, a study of the optimal load of ellipse is carried out. On the basis of the study, two basic requirements to structural arrangement of the elliptical roof are formulated. To illustrate the importance of a correct design, the optimal and unsuitable structural arrangements are compared. Finally, the results of static analysis of the circular and elliptical roof are again discussed in detail.

The thesis deals with the transformation and the new proposal of the functional use of the area Za Lužánkami in the cadastral area Ponava of the Královo Pole district in Brno. The area is defined by the streets Sportovní, Drobného a Tř. Generála Píky. The aim of the thesis is the urban design of the sports and multifunctional complex in Brno for Lužánky and demonstrate the viability and sustainability of the sports complex in the 21st century and the proposal of the contemporary structure of the municipal sports and multifunctional complex including related functions and public space.

The topic of the diploma thesis is the operational efficiency of heat sources . The thesis is divided into three parts. In the first part a theoretical solution of the heat sources efficiency can be found. In the second part there is a calculation solution of the project. The project solves the heating of a football stadium. Two variants of the heating source and warm water preparation are suggested and the variants are consequently compared and evaluated. The last part is experimental - the topic of the experiment is the efficiency of heat sources.

Due to diverse surrounding area and position of isolated large objects suggest itself solving of conception by stages. In the southern part there were suggested new sports halls which have a long term tradition in this area. These buildings keep to the axis of Sportovní street and they are reacting to existing buildings on the other side. In the northern part at the shopping centre it was necessary make the place accesible and grass the place over and use the opportunity of the large space. In the northeastern part there is housing development and it reacts on the FRRMS building and it makes confotable enviroment for living. Buildings FRRMS together with rampats and bushy vegetation are isolating flat buildings. Effort to connect existing and establish new resulted in the simple solution solution that does not disrupt the neighborhood, on the contrary, trying to blend in with the city and calm the chaos in this area.

The theme of my dissertation is to create the architectural study of a football stadium in Brno behind Lužánky. The proposed stadium is to create facilities for football Brno, athletes and fans. Stadium capacity is 23 thousands audience. Object is an organic shape and is forming two main parts. The first part of the concrete superstructuce and second is a steel structure carrying a transparent facade composed of ETFE foil.

The aim of the diploma thesis was to design the precast reinforced concrete prefabricated structures of the football tribune. It was modernized sports center in Brno. According to the investor was determined the shape of the football tribune. It was compiled the design documentation. For the calculation of inner strengths was used the software Dlubal RFEM, which operates on the Finite Element Method - FEM. All elements have been designed for ultimate and serviceability limit state. My thesis contains textual part, inner strengths, static calculations, drawing documentation of composition of structure, drawing documentation of reinforcement and design documentation of the object.

Examensarbetet utgörs av en sammanfattning av tre genomförda nybyggnadsprojekt. Foton, ritningar och skisser visar hur arkitektoniska koncept omsatts från vision till verklighet. Gemensamt för projekten är att målbilden varit inriktad på nytta, identitet och mervärde.   Kanal 5 i Stockholm är en mindre glasbyggnad som blivit en symbol för omvandlingen av ett helt innerstadskvarter, där verksamheterna ändrats från industri och hantverk till arbetsplats för idéprojekt och mediaproduktion. Byggnaden fungerar som huvudentré till äldre lokaler som renoverats. Stadsutveckling. Kommunikation. Landmärke.   Canon i Solna är ett medelstort kontorshus som i sitt utförande förenar en värdeneutral prefabriceringsestetik med det globala hightech-företagets krav på attraktiv arbetsmiljö, representativitet och profilering. Kontakt, öppenhet och överblick präglar byggnadens inre organisation. Effektivitet. Varumärke. Gränssnitt.   Swedbank Stadion i Malmö är resultatet av en hel regions långsiktiga uppslutning kring det lokala fotbollslaget, Malmö FF. Ett renodlat fotbollsstadion, en teaterscen för utpräglad fankultur, en intäktsmaskin för klubben i dess strävan mot etablering i det internationella finrummet. Interaktivitet. Historia. Intäkter. / The thesis consists of a summary of three completed projects. Photographs, drawings and sketches demonstrate how architectural concepts have been carried through into real buildings. Common to these projects is the clear focus on utility, identity and added value.   Kanal 5 in Stockholm is a small glass building. It has become a symbol of the transformation of an entire city block, where operations have changed from industry and crafts to work on conceptual content and media production. The building serves as the main entrance to the older renovated premises. Urban development. Communications. Landmark.   Canon in Solna is a medium-sized office building. Its design combines the anonymous aesthetics of prefabrication with the global high-tech company's requirement for an attractive working environment, hospitality and profiling. Connection, transparency and visibility characterize the building's interior organization. Efficiency. Branding. Interface.   Swedbank Stadion in Malmö is the result of an entire region's long-term commitment to the local football team, Malmö FF. A genuine football stadium, a theatre for a devoted fan culture, a cash machine for the club in its ambition to establish itself in the international community. Interactivity. History. Revenue.