The theme of the diploma´s thesis is a new building of a multipurpose cultural centre in Veselí nad Moravou, district Hodonín. Structural system consists of a monolithic reinforced concrete construction and a sand-lime masonry. Roof is designed as a flat roof and a flat vegetation roof. The vertical communication space is solved by reinforced concrete staircases and elevator. The building is located near the elementary art school.

This Diploma thesis deal with a construction technological project of Multi-purpose sport center in Broumov. It contains compehesive section for the implementation of this structure as: Technical report, budget maintenance, the financial plan, the timetable, inspection and test plan, energy label of the bulding envelope.

The subject of the Diploma thesis is a design wooden structures of a multipurpose sport building in Šumperk. The floor plan measurements of the building are 45,0 x 48,0 m with the maximum height 15,0 m. The solution is choosen on the basis of two variants. The structures is designed with respect to ultimate and serviceability limit states. The multipurpose sport building is consist of 13 main truss centre to centre spacing 4,0m. The main structural system is design as the three-hinged arched structure made of solid timber and in the second variant as the arched structure made of glue laminated timber. The spatial rigidity of the structure is secured of diagonal bracing. The roofing is carried by rafter which are safed by purlin and then by upper chord. The steel columns are design as a part of gable wall. The project was carried out in the scia Engineer 2014 software. Some of the particular elements both variants were checked and designed by manualy calculating. The thesis includes structural design report, joints structures, drawings and production drawing the element of the three-hinged arched structure.

The topic of the diploma project is a design of a multipurpose building in a given city block structure which was prepared by KAM Brno in a local study plan "Southern Quarter - Trnitá - KAM Brno 2020" as a base material for future local zoning plan of Brno. The site is situated at corner of the block, in a proximity to a park along the river Svratka. The multipurpose building offers space for above-standard apartments as well as for office or commercial business. The massive cantilever created by the upper floors at the corner part is characteristic for the mass of the building and its opening the public space at the lower commercial floors.

Žabovřesky Kominsky PARK TRUE PLACE: flood plain regulations shackled the river bed and the modern road odřezávající entire area from the surrounding severed the network of historic paths and create new relationships without deeper flooding as a regular fact immediate presence of water in the heavily built-up structure of CONCEPT: grab territory as a whole, intended for sports and relaxation activities respect for the flood in some initial layout surface structure determination of the primary network of roads, copying the edge PCB Layout definition of a strip along the highway, allowing the possible development of communication, service roads parallel to the parking lot, bike path and pedestrian traffic determination can be built-up edge on the edge of the strip network of secondary roads in the area as a walking trail winding along the river in the surface structure after a strict cross-linking the main line route green park adherence to the river with a gradual blending in the edges of the main roads possible space-based courses to přímkám routes linking the main routes vistas passing across the territory with a focus on the strongest dominating the valley SOCCER ACADEMY CONCEPT: location of the site into a suitable strip of water above the fifty maximum possible use of built-up edge house as a barrier against noise from the highway ARCHITECTURE: mass divided module, based on the minimum space requirements for the use of distribution of land mass divided into courses and by major thoroughfares possible mass in vista halls and places of employment corridor linking the northern and southern roofed facade Covered seating along the main matter - pier stands without roof DISPOSITION: above the water level importance of the courses, the content of the section object two blocks and changing rooms opposite the training pitches with artificial grass block administration, coaches, referees, specifying the main playground free playground area fill the background of coffee the block defined on the one hand, a closed area facilities - on the other hand, open cafe CONSTRUCTION: reinforced concrete walls based on micropiles ribbed ceiling with laminated wooden truss perimeter glazing insulating glass pier made of wooden beams based on the transverse steel balls SEASONAL CLOAKROOM CONCEPT: man as a regular item in the landscape minimum space requirements, minimum maintenance, maximum durability ARCHITECTURE: block with the cor-tenových sheets with holes burned center cabinets with stainless steel plate zohýbaného polished concrete floor screed CONSTRUCTION PROCESS: in the internal space spot welding cor-Tenova quarto fitting doors welding roof work installation of ballast instead of bringing water and waste dosypání circuit and concreting the interior of the building installation of prefab blocks of stainless steel cabinets

Future robotic systems will be pervasive technologies operating autonomously in unknown spaces that are shared with humans. Such complex interactions make it compulsory for them to be lightweight, soft, and efficient in a way to guarantee safety, robustness and long-term operation. This set of qualities can be achieved using soft multipurpose systems that combine, integrate and commute between conventional electromechanical and fluidic drives, as well as harvest energy during inactive actuation phases for increased energy efficiency. Recent research work has shown that dielectric fluids with specific properties, can be combined with stretchable or flexible shell structures made of polymeric dielectric/electrode composite films, to implement a novel type of soft electrically-driven fluidic transducers with self-healing and self-sensing capabilities that take the name of Liquid-based Electro-Active Polymer transducers (LEAPs). These devices are similar to dielectric elastomer transducers in regards to their electrostatic working principle, but they can potentially produce larger displacements due to their lower mechanical stiffness. In this thesis a novel electrostatic transducer is presented; the transducer is made of thin polymer films and liquid dielectrics, combined with rigid stiffening elements to form a circular electrostatic bellow muscle (EBM) unit capable of out-of-plane contraction. These units are easy to manufacture and can be arranged in arrays and stacks that can be employed as contractile artificial muscles, pumps for fluid-driven soft robots, or as energy harvesters. As artificial muscles, EBMs of 20 - 40 millimeters in diameter can exert forces of up to 6 newtons, lift loads over a hundred times their own weight, and reach contractions of over 40 per cent with strain rates over 1200 per cents per second, with a bandwidth over 10 Hz. As pump drivers, EBMs produce flow rates of up 0.63 liters per minute and maximum pressure head of 6 kilopascals, whereas as generators, they reach a conversion efficiency close to 20 per cent. The compact shape, low cost, simple assembling procedure, high reliability and large contractions make the EBM a promising technology for high-performance robotic systems.

The topic of my diploma thesis is a design of a construction of a multipurpose building. The floor plan is of irregular shape with a maximal span of 35 metres. There are two buildings in shape of a hexagon, to which another building in shape of a half of a hexagon is connected. Part of the building is designed as a two-storey building and all parts are different in height. The hight of the designed building in its highest point is 13,5 metres. The load-bearing structure consists of glued laminated wood elements and raised wood with steel elements used as fasteners. The construction is designed alternatively from wood and steel. The static solution was made using the RFEM software.

The architecture and urban planning study of the Ohrada sports grounds examines the possibility of building a multipurpose sports and recreation centre in the Vsetín – Ohrada location. Currently, the grounds are in a very poor condition. With respect to the dimensions of the grounds, the roofed stands of the Spartakiad stadium serving a lodging house along with the tennis club facilities fail to fulfill its potential. I approached the area layout in a way which enables a clearly identifiable morphology of the buildings with an accentuated maximum utilization of daylight, open space, greenery, and social interaction to combine ideas and needs of the future generation and thus give the location a new genius loci. The biggest challenge of the complex layout of the whole site was to find a meaningful use for the great amount of soil found in the decaying stands. I find the best solution in creating an accessible, walkable mass that provides several different sections with various atmospheres and purposes. This concept resulted in a study which uses the qualities of the premises and complements them with a number of sports and recreational activities. The fundamental idea was to create a public leisure space with a focus on a great variability of the purpose of the grounds to make it useful for a wide range of public across generations. This led to the creation of several main masses which divide the location, reduce the scale of the area and give it a different atmosphere. At the same time, the grounds are freely accessible and open to the public. A long-term, functioning society demonstrates an ability to treat public and semipublic space with respect. The area in front of and in between buildings becomes, therefore, more important than the buildings themselves. At such a moment, one can talk of a sustainable public life.

This Master’s thesis is focused on the design and structural analysis of load-bearing structure of a multipurpose hall that is strained by the permanent load, working load and climatic load. The hall has the shape of an elliptical dome. Maximum margin of the structure is 60,0m and maximum height is 18,0m. Main carrier elements of the structure are radially arranged curved beams made of glued laminated timber, class SA(GL24).

My diploma thesis is mainly focusing on analyzing the potential of chosen site and it’s possibilities to be used for building a community center. Designed building should serve as a starting point for revitalization of Ponava. It is designed in a way, which makes this building an icon of the whole revitalization process and also is offering a wide variety of cultural events. In a combination with proposed solution for traffic and people flow a meeting point for a wide spectrum should be achieved with designed building as a podium for city life. Office block is then stepping out a bit from this coulisse and is the most dominant part which is supporting the other cantilevered volumes. By doing so, the important role of municipality is captured in the image of the building itself.