PROJECT ANNOUNCEMENTS
Last updated: September. 01. 2022.
| Title | Supervisor | Comments |
|---|---|---|
| Auxetic materials – materisals with negative Poisson ratio | Imre Attila | BSc/MSc |
| The applicability of different thermodynamic cycles (ORC, Kalina, flash) for the utilization of heat sources with temperatures of 60-90 °C for power production – The extensibility of the Lindal diagram | Imre Attila | MSc |
| Technologies and workinf fluids for cold energy recovery from LNG | Imre Attila | BSc/MSc |
| Stone-bed thermal storage pools for seasonal and daily heating of industrial sites and small settlements | Imre Attila | BSc/MSc |
| Heat storage with phase-change materials to provide the cooling/heating needs of industrial sites | Imre Attila | BSc/MSc |
| Stored heat as an alternative fluil for special vehicles | Imre Attila | BSc/MSc |
| The applicability of compost heaters from small to big scales. | Imre Attila | BSc/MSc |
| High capacity seasonal energy storage – potential solutions | Imre Attila | BSc/MSc |
| Optimization of surrogate fuel composition for numerical heat and mass transfer analysis | Dávid Csemány | |
| Experimental investigation on material properties of renewable liquid fuels | Dávid Csemány | |
| Experimental investigation of the volatility characteristics of multicomponent liquid fuels | Dávid Csemány | |
| Evaluation of material property estimating methods for liquid fuels | Dávid Csemány | |
| Numerical modelling of single droplet evaporation | Dávid Csemány | |
| Development of Cycle Tempo thermodynamic performance monitoring software in Fortran/Matlab environment | Groniewsky Axel | Project/BSc Development |
| Development of a working fluid selection mechanism based on artificial neural network (ANN) for a given organic rankine cycle (ORC) | Groniewsky Axel | Tervezés/BSc/MSc/PhD Kutatás |
| Development of a Machine Learning (ML) based (Random forest, k-mean clastering) working fluid selection mechanism for existing Organic Rankine Cycle | Groniewsky Axel | Tervezés/BSc/MSc/PhD Research |
| Prediction of power plant behaviour using neural networks | Groniewsky Axel | Tervezés/BSc/MSc/PhD Kutatás |
| Estimation of the physical properties of pure substances using Group-Contribution method. | Groniewsky Axel | Tervezés/BSc/MSc/PhD Research |
| Sensitivity analysis of the parameters of the PC-Saft equation of state in the light of the behaviour of Organic Rankine Cycles (ORC) | Groniewsky Axel | Tervezés/BSc/MSc/PhD Research |
| Design of energy systems in Cycle Tempo thermodynamic performance monitoring software environment (level: Major Projects or BSc or MSc, type: industrial problem) | Groniewsky Axel | BSc/MSc Industrial project |
| Design of energy systems in Gate Cycle thermodynamic performance monitoring software environment (level: Major Projects or BSc or MSc, type: industrial problem) | Groniewsky Axel | BSc/MSc Industrial project |
| Evaluation of Hungary’s power plant portfolio in the short, medium and long term | ||
| Technical, economic and ecological evaluation of hydrogen technologies for energetic purposes. | Korényi Zoltán | MSc |
| System-level management of weather-dependent solar power plants | Korényi Zoltán | MSc |
| Technical, economic and ecological evaluation of energy related hydrogen technologies. | Korényi Zoltán | MSc |
| Technical and economic analysis of the electrolyzer and fuel cell system connected to weather-dependent solar power plants. | Korényi Zoltán | MSc |
| Examination of hydrogen-ready combined cycle power plants | Korényi Zoltán | MSc |
| Designing a burner for 100% hydrogen and ammonia-hydrogen mixtures | Józsa Viktor | |
| Identification of atomization mechanisms by fractal analysis | Józsa Viktor | |
| Analyzing time-series atomization data sets and making forecasts | Józsa Viktor | |
| Determination of minimal sample size in atomization | Józsa Viktor | |
| Analysis of atomization data sets by artificial intelligence | Józsa Viktor | |
| Thermal modeling of redox flow batteries | Józsa Viktor | |
| Modeling of battery heating and cooling | Józsa Viktor | |
| Heat conduction in the super critical region | Mátyás Szücs | BSc/MSc thesis individual project |
| Investigation of signal propagation in Kluitenberg–Verhás rheological material | Mátyás Szücs | BSc/MSc thesis individual project |
| Modeling of Newtonian noise | Mátyás Szücs | BSc/MSc thesis individual project |
| Thermodynamical modeling of heat transfer mechanisms in heat pipes | Mátyás Szücs | BSc/MSc thesis individual project |
| Investigation of Rayleigh–Benard-convection | Mátyás Szücs | BSc/MSc thesis individual project |
| Analytical solutions for natural and forced convection | Mátyás Szücs | individual project |
| Heat conduction in moving and rotating objects | Mátyás Szücs | individual project |
| Cryogenic technologies — technical background and applications | Mátyás Szücs | individual project |
| Investigation of image processing methods based on Helmholtz decomposition | Mátyás Szücs | individual project |
| Applying the Helmholtz decomposition on second order tensors | Mátyás Szücs | individual project |
| Isotropic representation of third order tensors | Mátyás Szücs | individual project |
| Heat conductions beyond Fourier: ballistic heat conduction and elastic materials | Ván Péter | |
| Thermodynamics of weakly nonlocal materials. | Ván Péter | |
| Propagation of damped waves: thermodynamic conditions | Ván Péter | |
| Objective time derivatives in thermodynamics | Ván Péter | |
| Galilean relativistic dissipation | Ván Péter | |
| Models of ordinary thermodynamics. Entropy and exergy in the light of ordinary differential equations. | Ván Péter | |
| Heat transfer and fluid flow calculations of power station scale water tube boilers and evaluation of operation conditions. | Lezsovits Ferenc | |
| Heat transfer and fluid flow calculations of industrial shell boilers and evaluation of operation conditions | Lezsovits Ferenc | |
| Heat transfer and fluid flow calculations of a district heat centre hot water boiler and evaluation of operation conditions | Lezsovits Ferenc | |
| Heat transfer and fluid flow calculations of thermal oil heaters and evaluation of operation conditions | Lezsovits Ferenc | |
| Heat transfer and fluid flow calculations of heat recovery steam generators and evaluation of operation conditions | Lezsovits Ferenc | |
| Feasibility study of renewable based energy supply of agricultural farms | Lezsovits Ferenc | |
| Comparison of cofiring with anaerobic digestion of sewage sludge | Lezsovits Ferenc | |
| Investigation of poisonousness reduction possibilities of municipal solid waste MSW | Lezsovits Ferenc | |
| Investigation of energetic utilization of different agricultural biomass wates | Lezsovits Ferenc | |
| Pollutants generated by combustion and emission reduction possibilities | Lezsovits Ferenc | |
| Possibilities for Hydrogen production and supply. Energy balance and safety issues | Lezsovits Ferenc | |
| Hydrogen technology in waterborne transport | Bereczky Ákos | |
| Baobab oil analysis | Bereczky Ákos | |
| Make-up water treatment by environmental benign methods | Cséfalvay Edit | Project work, BSc thesis, MSc Thesis |
| Application of membrane filtration in make-up water treatment | Cséfalvay Edit | Project work, BSc thesis, MSc Thesis |
| Design of environmental benign desalination technology | Cséfalvay Edit | BSc thesis, MSc Thesis |
| Re-installation of laboratory test equipment | Cséfalvay Edit | Project work |
| Biomass-based lighter fluids: effect of air flow-rate on flame stability and emission | Cséfalvay Edit | BSc thesis |
| Effect of moisture content of charcoal on emission | Cséfalvay Edit | Project work |
| Evaluation of environmental sustainability of lighter fluids | Cséfalvay Edit | BSc thesis |
| Modeling and optimization of hybrid renewable energy systems | Mayer Martin | |
| Development of photovoltaic power forecasting methods | Mayer Martin | |
| Energy forecasting with machine learning methods | Mayer Martin | |
| Applications of energy storage systems for weather-dependent renewable energy production | Mayer Martin | |
| Analysis of the optimal energy mix of the future | Mayer Martin | |
| Reducing the ecological footprint of renewable, nuclear, and traditional power plants via Life Extending Control. | Szentannai Pál | |
| Setting up a simple dynamical model of a nuclear power plant under Matlab-Simulink for considering also the effect of the control strategy on material ageing | Szentannai Pál | |
| Extending the target function of the load control system of pressurized water nuclear power plants towards issues formerly not considered | Szentannai Pál | |
| Exergetic control systems in the energy industry | Szentannai Pál | |
| Evaluation of the behavior of SRF and biomass fuel particles in fluidized beds by means of numerical image processing tools of the Matlab environment | Szentannai Pál | |
| Utilization of SRF and RDF by means of fluidized bed conversion | Szentannai Pál | |
| Talbot effect and Talbot carpet for elastic and viscoelastic waves | Fülöp Tamás | |
| Comparison of second-order eplicit numerical schemes for Fourier and Guyer-Krumhansl heat conduction | Fülöp Tamás | |
| Analytical investigation of signal propagation in rheological solids | Fülöp Tamás | |
| Analytical formulae for the flash experiment in heat conduction | Fülöp Tamás | |
| The Laplace transform and the spectral solution in heat conduction | Fülöp Tamás | |
| Substituting a pulse boundary condition by a pulse initial condition in beyond-Fourier heat conduction | Fülöp Tamás | |
| Energy audit of the cooling system – development of methodology | Zsebik Albin | |
| Energy audit of the compressed air system – development of methodology | Zsebik Albin | |
| Comparing various heat equations using numerical simulation of flash experiment | Kovács Róbert | Individual work, BSc thesis, MSc Thesis |
| Numerical investigation of biological heat equations | Kovács Róbert | Individual work |
| Investigation of the two-temperature heat conduction equation | Kovács Róbert | Individual work, BSc thesis, MSc Thesis |
| Thermal investigation of 3D printed bodies and foams | Kovács Róbert | Individual work |
| Investigating the 3omega measurement technique | Kovács Róbert | Individual work, BSc thesis, MSc Thesis |
| Evaluation of ballistic heat conduction experiments | Kovács Róbert | Individual work, BSc thesis, MSc Thesis |
| Investigation of thermal insulation techniques for heat storage containers | Kovács Róbert | Individual work, BSc thesis, MSc Thesis |
| Investigating Fourier-heat conduction in anisotropic materials | Kovács Róbert | Individual work, BSc thesis, MSc Thesis |
| Investigating the heat conduction properties of phase changing materials | Kovács Róbert | Individual work |
| Development of heat storage thermal models | Kovács Róbert | Individual work, BSc thesis, MSc Thesis |
| Deterministic inverse heat conduction problems of electronic parts (scaling, transient behaviour) | Kovács Róbert | Individual work, BSc thesis, MSc Thesis |
| Investigating the heat convection properties of electronic parts also including radiation and condensation | Kovács Róbert | Individual work, BSc thesis, MSc Thesis |
| Thermo-mechanical analysis of biologically decomposable circuit boards under various loading conditions | Kovács Róbert | Individual work, BSc thesis, MSc Thesis |
| Investigating condensation heat transfer during vapour phase soldering | Kovács Róbert | Individual work, BSc thesis, MSc Thesis |
| Development of pressure-based diagnostics of soldering furnaces | Kovács Róbert | Individual work, BSc thesis, MSc Thesis |
| Investigating thermal contact properties of high-performance heat exchangers | Kovács Róbert | Individual work, BSc thesis, MSc Thesis |
| Simulation of hydrogen/ammonia mixture combustion in a swirl burner | Dániel Füzesi | |
| Simulation of ammonia/methane mixture combustion in a low swirl burner | Dániel Füzesi | |
| Simulation of a battery cell in ANSYS Fluent software environment | Dániel Füzesi |