The presented diploma thesis builds on author’s bachelor’s thesis of the similar name which was focused, in particular, on rhizarthrosis. Because of this joint disease, implantations of the total joint replacement are performed. The bachelor’s thesis also served as a familiarization with the finite element method and contact analyses issues, giving a theoretical framework for this diploma thesis. As opposed to that, the diploma thesis aims entirely at deformation and stress analysis of the total replacement. The main objective is to carry out analyses of different variants of geometric models. In addition, there is a tendency to analyze contact pressures of advanced model concerning all the total replacement, bone tissues, ligaments and tendons guaranteeing the static equilibrium of components. The bachelor’s thesis has been developed in ANSYS Workbench, whereas the diploma thesis in ANSYS APDL. Work in APDL allows user to control better over the entire computational process, however, requires more skills and theoretic knowledge. Contact analyses bring a lot of problems associated with convergence of procedures and accuracy of results. Therefore, explanations of important terms and set of recommendations are included for the purpose of easier solving of the contact problems.

In metallurgy it is important to know a cooling efficiency of a product as well as cooling efficiency of working rolls to maximize the quality of the product and to achieve the long life of working rolls. It is possible to examine this cooling efficiency by heat transfer coefficients and surface temperatures. The surface temperature is hardly measured during the cooling. It is better to compute it together with heat transfer coefficient by inverse heat conduction problem. The computation is not easy and it uses estimated values which are verified by direct heat conduction problem. The time-consuming of this task can be several days or weeks, depends on the complexity of the model. Thus there are tendencies to shorten the computational time. This doctoral thesis considers the possible way of the computing time shortening of inverse heat conduction problem, which is the parallelization of this task and its transfer to a graphic card. It has greater computing power than the central processing unit (CPU). One computer can have more compute devices. That is why the computing time on different types of devices is compared in this thesis. Next this thesis deals with obtaining of surface temperatures for the computation by infrared line scanner and using of inverse heat conduction problem for the computing of the surface temperature and heat transfer coefficient during passing of a test sample under cooling section and cooling by high pressure nozzles.

This master's thesis deals with design of application for scheduling projects and time using principles of real time scheduling. In the beginning this thesis describes project management and time management and their principles. In the next chapter are principles and algorithms of scheduling in real time system described. The next chapter deals with design of application for scheduling projects and time using principles of real time scheduling. MVC design pattern is described in following chapter.Implementation of tool is desribed in next-to-last chapter a the last chapter is devoted to use cases of final tool.

The thesis deals with recent problems of waste management in the Czech Republic. In connection with the existing software implementation, the author focuses on the gradual development of advanced mathematical programming models, which generalize existing approaches. The author applies acquired knowledge in the areas of network flows, linear, integer, and stochastic programming. The important role is played by modifications and transformations of the discussed models. They are further used to obtain the experimental results for real-world input data by implementation in GAMS.

This thesis describes the design and implementation of a system for checking the boxes completeness. Thesis is divided into several parts. The first part includes an introduction into the manufacturing process and also devices, for which the system is designed. The second part consists of system design and a description of hardware components used for the system. The third part deals with the creation of a scheme used for connection an electrical switchboard. The fourth part is focused on a design of mechanical constructions, such as construction plan used for vision sensors connection, lighting system and design mechanical parts of stopper. A simulator of the system for checking the boxes completeness is described in the fifth part. It is used for a demonstration of functionality and controllability of the system. The sixth part deals with enabling of a communication between particular sub-systems, such as vision sensors, control panel and control system. The seventh part is focused on creation of the software required for the control system, HMI panel and deals with the configuration of pair vision sensors. In the final part there are some illustrations of designed system in real process of manufacturing.

Title: Approximation, numerical realization and qualitative analysis of contact problems with friction Author: Tomáš Ligurský Department: Department of Numerical Mathematics Supervisor: prof. RNDr. Jaroslav Haslinger, DrSc., Department of Numerical Mathe- matics Abstract: This thesis deals with theoretical analysis and numerical realization of dis- cretized contact problems with Coulomb friction. First, discretized 3D static contact prob- lems with isotropic and orthotropic Coulomb friction and solution-dependent coefficients of friction are analyzed by means of the fixed-point approach. Existence of at least one solution is established for coefficients of friction represented by positive, bounded and con- tinuous functions. If these functions are in addition Lipschitz continuous and upper bounds of their values together with their Lipschitz moduli are sufficiently small, uniqueness of the solution is guaranteed. Second, properties of solutions parametrized by the coefficient of friction or the load vector are studied in the case of discrete 2D static contact problems with isotropic Coulomb friction and coefficient independent of the solution. Conditions under which there exists a local Lipschitz continuous branch of solutions around a given reference point are established due to two variants of the...

The theoretical part of the diploma thesis summarizes basic facts related to the global climate change and provides up-to-date knowledge on the issue of genetically modified plants more resistant to stress factors of environment, including specific examples of strategies regarding preparation of genetically modified plants resistant particularly to abiotic stress. Although genetically modified plants and global climate changes belong to very important and current issue which public and foremost young generation should be sufficiently aware of, contemporary biology books and high school framework educational program pay to the issue very little attention. Therefore, the goal of this thesis is not only to summarize the basic facts and current knowledge regarding this issue but mainly to handle the issue in didactic level in the form of activating learning tasks. There were 28 learning tasks created in the thesis that gradually in unconventional way familiarize students with the issue of genetically modified plants and with the impacts of climate changes. Students must actively acquire information from accompanying materials to address the tasks properly, think critically over them, utilizing acquired knowledge and experience from the past to some extent. Fourteen tasks were chosen from the file created which...

John Henry Newman - life and work in the context of the struggle for the universality of the Church ThDr. JUDr. Květoslav Tomáš Krejčí, M.Phil. (Oxon), Ph.D. In the absence of any Czech language monograph since 1939 (or 1947), the thesis presents a summary of the life and work of John Henry Newman (1801-1890). It also contains an original Czech translation of selected writings. Due to its character of a thesis in history of theology, the work also introduces Newman as a writer. A particular attention is given to the reception of Newman's thought in France and Germany, his relationship with Catholic modernism and liberal theology as well as to Newman's impact on the documents of Vatican II.

This thesis deals with the examination in the Czech language for permanent residence in the Czech Republic. The aim is to identify its basic characteristics, the success rate of the participants and whether it corresponds to the required A1 level. In the theoretical part, basic theoretical concepts of migration and integration and conditions for granting permanent residence in different countries are presented. In the practical part, the analysis itself is elaborated. It consists mainly in the comparison of the exam with the publication Referenční popis češtiny pro účely zkoušky z českého jazyka pro trvalý pobyt v ČR - úrovně A1, A2 and evaluation of its integration potential. Included in the considerations are data on average results and success rates of candidates in the period January 24, 2018 - April 24, 2019. From a didactic point of view, the thesis also deals with the available preparatory materials: a handbook Připravte se s námi na zkoušku z českého jazyka pro trvalý pobyt v ČR. Nový formát testu A1, web portal www.cestina-pro-cizince.cz and related documents. This part evaluates the information about the test and how much the materials correspond to the exam. The results showed that the success rate of candidates is only 61.82% in the period under review. Despite the low results, we...

This diploma thesis deals with combinatorics in primary school teaching methods. The theoretical part is focused on characterisation of mathematical field of combinatorics, briefly describes it's historical evolution and basic types of combinatorial problems. This theoretical knowledge is further supplemented by an analysis of utilization rate of combinatorics in curiculative documents, selected textbooks and mathematical contests for primary school pupils. An essential part of the theoretical part of the work are chapters dealing with solving combinatorial problems. The practical part is based on research of solving combinatorial proceses on tasks for primary school pupils. KEYWORDS Combinatorics, combinatorial problem, typology of combinatorial problems, primary school pupil, solving peoceses, analysis of pupils'solving processes, number of solutions