This diploma thesis deals with parametric input of technical-economic indicator for particular type of constructions. The goal of this thesis was to design parametric input that gives precision to the price calculation of sports halls in pre-investment phase of the building project. In the theoretical part there were construction and pricing related terms described. In the practical part 18 projects of sports halls, built in Czech Republic within last 8 years, were analysed. Initially there were parameters affecting the price of sports halls identified, then there were 4 models of the parametric input created. These inputs were then evaluated and compared to each other and also compared to the method that is nowadays used for the price estimation in the pre-investment phase of the building project. It was proved that parametric input increases the accuracy of estimated price of sports hall compared to the traditional method of calculation.

Multifunctional sports hall designed as the local city sporting center. It’s including sport hall, pool hall,squash hall, and the parts including changing rooms, showers, toilets and technical equipment. The roofs are flat, the object has no cellar.

This diploma thesis is focused on the sanitary technical installations for the specified building of the elementary school and the sports hall, which will be implemented as new buildings on the land in the part of Brno-Bystrc. In the theoretical part I deal with the use of precipitation water from roofs. In the calculation and design part I deal with sewage, rainwater and water distribution. The given elementary school has a 3rd floor and is connected by a connecting corridor to the sports hall, which has a 2nd floor. In the present work is also proposed the 2 variant of the water distribution system without the use of rain water.

In the experimental part of this thesis there is an assessment of pressure bearing capacity of cylindrical nozzles printed using a 3D printer. In the theoretical part of this diploma thesis there are outlined the types of additive technologies focusing on the development of FDM printers, open designs and RepRap project. Descripti-on of the production process of 3D printing and application of additive technolo-gies in the field of HVAC. In the project part, the design of the forced ventilation of the Sports Hall is solved. The object is assessed in terms of heat losses and profits for priority rooms of functional units. Heat load coverage is carried out by air-conditioning equipment. In addition, a project is drawn up which contains all the text and drawings, including technical specifications and regulatory schemes.

This diploma thesis consists of a project of a sports relaxation centre in Lipno. The object is designed to be suitable for accommodation, catering and sports purposes. The building has atypical floor plan with a flat roof above the accommodation and catering sections. Above the part for sports purposes there is a sloping roof. In the basement, a corridor for running, a technical room and wellness facilities such as whirlpool, sauna and massages, could be found. On the first floor, there is catering section, in the southern part of the first floor there is accommodation section and in the northern part sports hall, gym and squash courts with appropriate facilities. The second floor copies the first floor with its similar purposes besides the fact that there is no catering section.

The work deals with indoor air quality and ventilation control based on indoor air quality. Based on the analysis of the concentration of CO2, heat and moisture gains can suggest the optimal way to reduce excessive ventilation

Steel structure of the sports hall in the city of Olomouc. Specific design is chosen from three options. Plan dimensions of 45 x 60 m. Height 12.5 m. Structure is composed of rolled profiles and tubular steel. Two trusses girders are fixed by knuckle joints on pillars. Static check is performed using the program SCIA ENGINEER 2009 and the manual review.

This thesis describes the design of a multipurpose sports hall in Pribram. The sports hall is situated in the town of Pribram II. The aim of this work is to propose bearing structure with dimensions 49 x 28 halls has a background in the shape of L in the level of ± 0.000. Maximum height of the hall is 14 meters.Structure of the hall consists of arched trusses in 7 m grid supported by steel columns. This is a column support system. The building is based on the footings. Ensure stability bracing. Perimeter and roof cladding consists of sandwich panels.

The aim of this thesis is to design main parts of the construction for concrete sports hall made from prefabricated elements. Designed elements are T-shaped prestressed roof truss, columns, slabs and continuous girders. This thesis contains engineering report, calculations and drawings of the designed parts.

The diploma thesis is based on building technological solution of multifunctional sports hall's construction as form of construction technology project. The project also include the implementation of a comprehensive study including site plans, time and financial plans, project of site equipment, design tools, time schedule, resource planning and selected technological processes.