Student projects
Open projects
- Comparison of fuel spray at ambient temperature and in a reacting flow
- Identification of atomization mechanisms by fractal analysis
- Analysis of a rotary atomizer spray
- Determination of minimal sample size in atomization
- Evaluation of Schlieren images of various flame shapes
Detailed descriptions are available here.
Past projects
Analysis of the velocity distribution of airblast atomization by non-dimensional quantites (in Hungarian)
Erika Rácz
MSc Thesis, 2022, Supervisor: Viktor Józsa
Combustion analysis of n-butanol-diesel fuel blends
Mohammad Darwish
MSc Thesis, 2022, Supervisor: Viktor Józsa
Evaluation of natural gas combustion by high-speed Schlieren technique (in Hungarian)
Árpád Botond Hirják
BSc Thesis, 2022, Supervisor: Viktor Józsa
Determination of renewable surrogate fuel composition for numerical heat and mass transfer analysis (in Hungarian)
Bertalan Vass
BSc Thesis, 2022, Supervisor: Dávid Csemány
Analysis of airblast atomizer spray by non-dimensional numbers and statistical methods (in Hungarian)
Erika Rácz
Scientific Conference of Students paper, Section: Energy modeling, 2021, Supervisor: Viktor Józsa
Analysis of liquid fuel evaporation by Phase Doppler Anemometry (in Hungarian)
Réka Anna Kardos
Scientific Conference of Students paper, Section: Energy modeling, 2021, Supervisor: Viktor Józsa
Noise-based combustion analysis by artificial intelligence (in Hungarian)
Marcell Pitlik
Scientific Conference of Students paper, Section: Energy modeling, 2021, Supervisor: Viktor Józsa
Evaluation of combustion models for ammonia (in Hungarian)
Márton Gyöngyösi
Scientific Conference of Students paper, Section: Energy modeling, 2021, Supervisor: Dániel Füzesi
Analysis of swirlers using numerical simulation (in Hungarian)
Bence Balázs Nagy
Scientific Conference of Students paper, Section: Energy modeling, 2021, Supervisor: Dániel Füzesi
Evaluation of material properties of diesel-biodiesel blends of different feedstocks
Syed Ali Hamza Rizvi
BSc Thesis, 2021, Supervisor: Dávid Csemány
Study of renewable fuels of the future: classification and evaluation
Belén Iorra Peleguer
BSc Thesis, 2021, Supervisor: Viktor Józsa
Comparison of atomization and volatility characteristics of diesel-n-butanol and diesel-ABE blends
Osama DarAli
BSc Thesis, 2021, Supervisor: Dávid Csemány
Optimization of surrogate fuel composition for combustion chamber simulations (in Hungarian)
János Vámos
MSc Thesis, 2021, Supervisor: Dávid Csemány
Determination of air velocity in airblast spray (in Hungarian)
Erika Rácz
Scientific Conference of Students paper, Section: Sustainable Energy, 2020, Supervisor: Viktor Józsa
Optical investigation of combustion flames (in Hungarian)
Marcell Pitlik
Scientific Conference of Students paper, Section: Optomechatronics, 2020, Supervisor: Balázs Vince Nagy, Viktor Józsa
Evaluation of estimating methods for determination of thermophysical properties of liquid fuels (in Hungarian)
István Gujás
MSc Thesis, 2020, Supervisor: Dávid Csemány
Modeling of the effect of swirl vanes on the combustion characteristics of a lean premixed burner
Dániel Füzesi
MSc Thesis, 2019, Supervisor: Viktor Józsa
CFD analysis of a 30 kW swirl burner (in Hungarian)
Angelika Fuchs
BSc Thesis, 2019, Supervisor: Viktor Józsa
Investigation of the effect of swirler design on combustion (in Hungarian)
Dániel Füzesi
Scientific Conference of Students paper, Section: Modeling of Energy Systems, 2018, Supervisor: Viktor Józsa
Acoustical analysis of combustion noise of a swirl burner with various diffusers (in Hungarian)
Gergely I. Novotni
MSc Thesis, 2018, Supervisor: Viktor Józsa
Determination of air-to-fuel equivalence ration of a swirl burner by flame emission spectrometry (in Hungarian)
Gyöngyvér Hidegh
MSc Thesis, 2018, Supervisor: Viktor Józsa
Statistical analysis of fuel droplet evaporation (in Hungarian)
Dávid Csemány
MSc Thesis, 2018, Supervisor: Viktor Józsa
Developing a premixing swirl burner by CFD for a laboratory test rig (in Hungarian)
Valentin Varga
MSc Thesis, 2018, Supervisor: Viktor Józsa
Flame emission spectroscopy diagnostics of a premixed burner (in Hungarian)
Gyöngyvér Hidegh
Scientific Conference of Students paper, Section: Modeling of Energy Systems, 2017, Supervisor: Viktor Józsa
Acoustic analysis of the characteristics of a swirling diesel oil flame (in Hungarian)
Gergely I. Novotni
Scientific Conference of Students paper, Section: Modeling of Energy Systems, 2017, Supervisor: Viktor Józsa
CFD analysis of a lean premixed burner (in Hungarian)
Valentin Varga
Scientific Conference of Students paper, Section: Modeling of Energy Systems, 2017, Supervisor: Viktor Józsa