This thesis is interested in isolation and identification of probiotic bacteria in three different probiotic products using polymerase chain reaction (PCR). DNA in quality suitable for PCR was isolated from crude lysates using three different types of magnetic microparticles and phenol extraction. Identification genera and species of probiotic bacteria was proven using genus and species specific PCRs. Results were in accordance with data presented by manufacturers.

The subject of thesis is a project documentation of a single-standing multifunctional building. Object has 4 floors with no basement. Vertical load-bearing structures are designed from ceramic masonry Porotherm. Ceilings are monolithic, reinforced concrete. The roof is designed as a single-layer flat roof.

This master’s thesis applies utilization of alternative raw materials in thermal insulation system of the ETICS of new generation for houses. The theoretical part dealt with the explanation of the ETICS and the selection of suitable raw material for his innovating. In the following practical part were used selected materials to create a new thermal insulation made of straw and binding materials of cement, casein glue, bicomponent fibers and mushroom mycelium. At the end have been applied the variants of base coat of clay and mineral screed on new thermal insulation, from which was selected the optimal variant. From optimal thermal insulation and suitable base coat was conducted proposal of final version of new ETICS.

The Master´s thesis deals with a design of the children´s home in Novy Jicin. It is an object providing preventative educational assistance to children, pupils and students and their families, schools, and school establishment. The institute will operate as an outpatient (advisory panel) and boarding (forward determined length of stay based on the decision of the social employee, e.g. two months). The house is two-storied with partial basement and flat roof. The supporting structure of underground floor is made up of concrete blocks, reinforced concrete ceiling. Supporting structures above ground floors including ceiling are made up of solid timber boards. The roof is double-leaf, structure is made up of timber nailed trusses. The building is founded on the concrete base strips. Thermal insulation is made from cannabis plates. The thesis includes contract documents for the construction of building.

The subject of diploma thesis is the construction of technical project documentation for building realization - Multifunctional building in the town of. The object has three floors with residential attic and basement garage. The land is in the city center Uherské Hradiště and This is a building in the vacant space between existing objects. Construction is rectangular in shape, roofed with a gable roof and is designed from traditional building materials.

This thesis deals with improving thermal properties of contemporary ceramic fittings for external walls using built-in thermal insulation. In the practical part, PUR foam and PUR granulate waste mixes were designed. Based on insulation, mechanical and physical properties and estimated price, the best mix was chosen. Using the chosen mix as integrated isolation, the resulting ceramic block was simulated.

The master’s thesis focuses on suitable design of an ecoduct on the highway D1 near Jihlava. It includes a structural analysis of reinforced concrete strip footings and wooden beams in all phases of construction. The material of the main bearing system is glued laminated timber GL24h. An important part of three-jointed ecoduct wooden arched beams is well-chosen isolation.

The subject of this thesis is to simulate the energy balance of the two new buildings, classic brick buildings and light wood construction. On the basis of these simulations are compared effects of various parameters of insulation including panels for building openings on heat loss, energy efficiency cooling and solar gains. Energy simulations were performed with TRNSYS 16_1.

The thesis deals with design magnetorheological strut of vibration isolation adapter for cosmonautics. For its optimization is necessary to create several virtual models. The dynamic model of the mechanism - the Stewart platform, rheological model for determining the damping force of MR damper and model of the magnetic circuit to guarantee the required intensity in the gap. These models, along with controls models that are primarily concerned with strength calculations, will help with design. Designing using virtual models requires constant monitoring and verification. It is a rather broad topic including eliminate vibration also kinematics, dynamics, hydraulics, pneumatics and last but not least electronics and magnetism. It is necessary to communicate with experts in their field and use their knowledge and experience to create, but also to control of the individual models. The thesis was created in cooperation with Honeywell Aerospace Division (ESA).

A general overview of the waterproofing materials. Distribution waterproofing systems according to their use in construction. Listing the possible risks of defects waterproofing systems. Remediation and prevention of defects in the insulation. General summary of the risk lifecycle isolation and analysis of defects in the insulating elements on the real structure.