The topic of this diploma thesis is heating of apartment buildings, where an attention was focused on thermal comfort in heated rooms. The first theoretical part brings results of CFD simulations which compare radiators with floor heating. The second part consits of practical application o the given building. There are two options in this project - heating by radiators or floor heating. The third part describes two experiments - measurement of indoor environment in two rooms and measurement of gas consumption in apartment buildings with different heating concepts. In the last part the mean radiant temperature is simulated. There are compared different kind of heating, which have impact to distribution of mean radiant temperature in the room. The personal software was created for deeper understanding of mean radiant temperature.

In my thesis I will deal with the draft project documentation for sport hotel. This object is located in the quiet southeastern part of Frydlant with city views and easy access to the nearby sports facilities. It is an object of part two storey and a basement. The building is set into the sloping terrain, so the underground floor extends on to the ground. The building is based on foundation walls and footings that are made of reinforced concrete. Load-bearing walls of the underground floors are designed as reinforced concrete. Ceiling structure of the building is made as reinforced concrete beam ceiling and in other structure parts as a crosswise reinforced concrete plate. Perimeter bearing walls and two floors, are designed from the acoustic sand-lime bricks Silk. External walls are warmed by a contact insulation system. Flat single shell roof was chosen over part of the restaurant. Double-layer roof with a supporting truss structures above the main part of the building. The building is divided into functional parts. Accommodation capacities are mostly on the second floor. On the ground floor there is a restaurant with a kitchen and space for staff. In the basement there is a functional part of the wellness and gym with common dressing rooms. The only entrance path allows convenient control of customers. The building is wheelchair accessible.

This thesis deals with the design and elaboration process of a project documentation of a sports centre. The designed sports centre building is situated in the southern part of the town of Polička, in the area determined for sports and free time activities complexes and areas. It is a two-floor, non-cellar, flat-roof building. It is based on plain concrete strip foundations and reinforced concrete foundation footing. The bearing, peripheral and partition walls are designed from POROTHERM hollow clay blocks. Reinforced concrete columns are designated in open disposition areas. The ceiling construction is made from SPIROLL pre-stressed concrete floor slabs and point-supported reinforced concrete slabs. The peripheral walls of the first aboveground floor are insulated with external thermal insulation system with a protective gabion facade. The peripheral wall thermal insulation in a bowling restaurant and gym halls extension is designed from a ventilated facade with CEMBRIT METRO facade cladding panels. The building is functionally divided into two main parts with a shared entrance. The sports centre with gyms and other sports facilities form the first part. Three squash courts, a mini-football piste, a special room for spinning and alpinning, a room for group exercising and cloakrooms with sanitary facilities are designed within one part of the sports centre. A restaurant with a bowling area and a kitchen with storerooms and other facilities for employees form the second part. The designed complex is barrier-free. There is aimed to be a car park for fifty cars, four motorbikes and a bus in front of the building. Three parking places are for disabled people.