This work discuss about reconstruction of the 3rd floor of the building in Pardubice for six independent function flats units. It also includes a survey of the current state of the object, the written description and project documentation. In this thesis is a final version of the layout of residential units and design options for reconstruction. From survey of the existing building, choosing variants of layout, design solutions and access to the upper floors we get a fixed shape of the building. The part of this work i salso project documentation, thermal technical assessment and structural analysis of the newly proposed structures. Attached is initial a technical report in required extent for the building permit.

This diploma thesis deals with verifying the thermal conductivity and other thermophysical properties of different types of wood (spruce, oak, ash and maple). A special device ISOMET 2104, which is based on dynamic method of measurement, was used. Three different samples for each type of wood were used (for example, different age of trees). Values of the thermal conductivity, the thermal diffusivity and the specific heat capacity, depending on the gradually decreasing moisture of wood, were obtained. The key point of this study was finding that the values of thermophysical properties of wood materials vary significantly depending on the age, growing conditions, properties of the soil and other factors. Some of the data correspond with previously published studies but other data are in contrast to them.

This master thesis describes the design of internal sewage system and infrastructure of project for building permission - center for rescue units in Hostivice near Prague. Partial architectural design documentation created by Martin Svoboda (student of Czech technical univerzity in Prague) was used as a foundation for this master thesis.

The current trends in sources of heat designed for heating the houses are influenced by the consequences, that interfere in the decision making process from the professional point of view (the advisory activity by the expert) as well as from non-professional point of view (the owner or the operator of the house, usually represented by one person). The aim of this thesis is to find the optimal method, that is supposed to secure disinterested decision making, that will be minimally influenced by the subjective experience, customs and also by the advice given by the friends of the decision maker. The thesis concerns the town hall, that will be insulated in the future. Therefore it is eligible to propose to change the heating source, as the current one will be redundant, once the insulation is done. Using the old heating system would be uneconomical. The current heating source is the gas boiler JUNKERS CERAPUR. The energy (heat) loss of the town hall building will be lowered by 50 % once the insulation is done.

This diploma thesis clarifies a description of thermal field in a construction of wooden building and deals with heat loss issue in an envelope of a building in specificed constructions detailes. You can find in this thesis description of thermal diffusivity in buildings constructions. The task is to create 3-D models of selected construction details of selected wooden building. In those detailes, based on finite element method is created thermal field and thermal flux. And the calculation of heat loss in those construction details. A family house and a house envelope are designed by myself and simulations are made on that family house. I needed to know a boundary settings and heat transfer temperature gradient. The important result is what is the value of heat loss. Then I need to know why and what can I do to fix problém points. There are written stacionary calculations in selected detailes in the thesis. In the end is an evaluation of designed house envelope heat loss. Problem detailes are showed also.

The thesis discusses the degradation of metallic materials in the salt spray. The work is focused on material 42CrMo4. From this steel are prepared test specimens for laboratory measurements. In the first part of the thesis is a theoretical and research described heat treatment, oxidation, mechanical and dynamic material testing, to be carried out on laboratory machines. The second part of the thesis is focused on processing the material to the required dimensions. Furthermore, the thesis deals with marking and heat treatment of the prepared sample and subsequent insertion into the prepared salt chamber. In the third part of the thesis is an analysis of the results that were obtained for samples prepared using laboratory testing, which were dynamic and mechanical tests.

This diploma thesis explores analytic techniques used to determine the amount of thermolabile proteins in wine making processes. It also includes the comparison of applied analytic techniques. The analysis was preceeded by the study of available sources dealing with thermolabile proteins, methods of assessment and the influence of thermolabile proteins on the colloidal stability of wine. The applied analytic techniques were assessed in the aspect of accuracy and speed. At the end of the thesis there is the list of reference suitable for wine making processes. In the experimental part I compared different analytic techniques used to determine the amount of thermolabile proteins. The measurements took place at the Institute of Viniculture and Viticulture at the Faculty of Horticulture in Lednice, South Moravia. We used turbidimetric measurable methods, such as heat-cold testing with the temperature of 90 °C and 60 °C for different time range. We also did acidic test with sulfosalicylic acid, trichloroacetic acid, and also taninn and ethanol test. The later testing involved just turbidimetric unmeasurable technique, in the form of a foam test.

This work deals with the design and realization of an automated test software for the Honeywell superheat controller. The first part of the project includes brief description about embedded systems and heat pumps. Afterwards testing principles are covered in a short chapter, followed by a description of the Honeywell superheat controller. After these chapters actual software structure will be introduced to the reader- with a detailed description of the most interesting parts. At the end of the document there will be a summary what was achieved exactly, and what was the plan. After this summary, the reader can study almost all the Virtual Instruments created during the development of this project.

The aim of this master thesis is selection of heat treatment for additive manufactured multimaterial components composed of 1.4404 and 1.4542 stainless steels regarding their magnetic and mechanical properties. Individual materials were studied after fabrication and also after the same heat treatments. The chosen process consists of solution annealing and subsequent precipitation hardening. A significantly higher value of maximum relative permeability and lower of coercive field of 1.4542 steel were achieved. At the same time, the relative permeability of 1.4404 was not considerably influenced. A decrease in Rp0,2 of 1.4404, but an increase in Rm and Rp0,2 values of 1.4542 steel were observed. Elongation at break A increased in the case of both alloys. The experiments proved that multimaterial components composed of these stainless steels can be successfully manufactured by SLM technology. It is therefore possible to design and manufacture stainless steel components of magnetic circuits and adjust their magnetic and mechanical properties by heat treatment.

This thesis deals with heat treatment of pearlitic steel beams with using of induction heating. The aim of this heat treatment is to improve mechanical properties of steel beams. In theoretical part are described pearlitic steels and theory of induction heating. In experimental part of this thesis analysis of current state of technology with its results was made. Numerical model describing current state of technology was assembled. Then this model was used to recommend adjustments in current technology of heat treatment, which leads to enlargement of heat treated depth. Experiments with adjusted parameters were executed on heat treating machine. Analysis of microstructure using LM and EM, measurement of hardness and fractographic analysis were done. The result of adjustments is enlargement of heat treated depth about half compared with current technology.