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FASTAbbreviation: PSTAcad. year: 2016/2017
Programme: Civil Engineering
Length of Study: 4 years
Tuition Fees: 4000 EUR/academic year for EU students, 4000 EUR/academic year for non-EU students
Accredited from: 25.7.2007Accredited until: 31.12.2020
Guarantor
prof. Ing. Jiří Hirš, CSc.
Issued topics of Doctoral Study Program
Tubular light guides are used in buildings for several decades already. They are continuously improved to meet the latest requirements, which however comes with some side effects. Like the depreciation of their characteristics, or higher price. Therefore it is advantageous to create a comprehensive overview about the building physical (economical might be possible as well) aspects of tubular light guides, which can be based on long-term monitoring and computer simulations of physical parameters.
Tutor: Pěnčík Jan, prof. Ing., Ph.D.
With the possibility of the use of composites from recycled polymers, such as thermal insulation block, there is a need to describe their long-term behaviour. Description is also by contingent on the type of loading. Especially the compressive load is for this material specific. Description will be implemented using rheological models that will be derived based on the monitoring of experimental prototypes and will be verified by FEM mathematical modeling.
As a part of the reconstruction of civil buildings is in some cases necessary to perform redevelopment in combination of increasing the load bearing capacity of wood-beamed ceiling structures. One possibility is to create composite wood-concrete construction using OSB plates. The topic assumes the use of experimental methods of testing combined with numerical modeling (laboratory static and dynamic load test, mode coupling ...).
With regard to the developed of new system of walled prefabricated masonry panels is necessary in the process of prefabrication or construction also deal by the development of details of structural joints. In this work it is assumed joint use of experimental testing with numerical modeling (FEA).
Energy assessment of of technological units (eg. wastewater treatment plants, spa technology, technology of winter stadiums). Analysis of the technological processes, the description of a theoretical model of operation, the analysis of boundary conditions, sensitivity analysis, the potential energy savings, benchmarking components of the system, the evaluation criteria and utilization of renewable energy.
Tutor: Hirš Jiří, prof. Ing., CSc.
Creating a systematic procedure for management strategy municipalities and cities for the performance of the SMART City and Smart Regions in the energy sector. Object modeling of buildings in the region, cooperation with the Centre of Competence Smart Regions on FAST.
PhD thesis focuses on the research use of land for energy for heating and cooling. The scope of work will be theoretical and experimental investigation of the thermal interaction between an building and ground and an optimal design of ground and foundation exchangers. The aim is to streamline obtaining geothermal energy of the elements of foundation structures and to develop a methodology for their design in the Czech Republic. The simulations can use the softwares CalA, TRNSYS, ANSYS Fluent.
Tutor: Šikula Ondřej, prof. Ing., Ph.D.
PhD thesis focuses on the modeling and simulation of intelligent buildings and smart regions. Effective use and placement of elements of ventilation, heating and cooling in buildings and their optimal control system. Systems, equipment and strategies for energy storage.
PhD thesis is focused on the optimization of Thermo Active Building Structures (TABS) used for heating and cooling buildings. Assumes the use of simulation methods, laboratory experiment and measurement INSITU. The aim is to provide recommendations for optimal design and control of TABS. The simulations can use the softwares CalA, TRNSYS, ANSYS Fluent.
The topic of the dissertation thesis is a comprehensive analysis of the possibility of increasing the flat roofs retention capacity and drainage modification factors. The work will authenticate using full-scale experiments.
Tutor: Bečkovský David, Ing., Ph.D.
Research of elements and systems of buildings services as heating, ventilation and air conditioning (HVAC) will be conducted in order to achieve a thermal comfort in buildings at the minimum operating energy consumption. HVAC systems research will focus on optimizing of their design and operation with the use of low-potential thermal energy sources. The research will be conducted in its theoretical part by development of new mathematical-physical models, and by laboratory experiments and in situ measurements in an experimental part by using PIV method.
Theoretical modeling and experimental measurements of energy behaviour of nearly zero-energy buildings included as pilot projects in the project TAČR CK Smart Regions.
The research focused on modeling and simulation of the dynamic behavior of of buildings and building services systems, minimizing and analysis of potential errors and inaccuracies during simulated operation, analysis of the energy efficiency of heating and cooling systems. Use of methods and hardware-in-the-loop in the field of technical building equipment.
Topic of doctoral thesis focuses on the application and verification of theoretical research methods airflow in buildings and external aerodynamics of buildings with the current transfer of moisture. The simulations can use the software Fluent, CFX, or OpenFOAM.
Research on intelligent systems management on Building Services. Focus on energy efficiency, indoor environmental quality and the creation of data inputs for control systems with the use of dynamic modeling of the behavior of buildings and HVAC systems. Intelligent energy distribution between buildings.
Thermal and other physical phenomena in engineering structures are modeled using advanced mathematical methods and the results designed adjustments to achieve an optimal environment in buildings.
Tutor: Kalousek Miloš, doc. Ing., Ph.D.
Due to increasing energy consumption, the need for sustainable construction and directive of EU is necessary to design structures in passive houses, in order to reduce energy consumtion and improving the internal environment. In plan is measurement of Zero House and comparation with dynamic simulation and evaluation.
Current technologies allow waste heat recovery systems in HVAC (heat sewerage, waste heat from the refrigeration and more.) For a progressive recovery of this kind of heat is required to compile and verify the computational algorithms. These algorithms are then required to validate and verify on real systems.
Tutor: Horák Petr, doc. Ing., Ph.D.