Miklós BALOGHCurriculum Vitae

Bertalan Lajos St. 4-6.H-1111 Budapest

H +36-20-360-6925T +36-1-463-4072u +36-1-463-3464

B baloghm@ara.bme.hu

Personal dataName Miklós BALOGH

Date of birth August 26th, 1980Place of birth Budapest (Hungary)

Citizenship HungarianDegree MSc Meteorologist

Workplace BME, Department of Fluid MechanicsPosition Assistant research fellowLicences Car driving license (category B), Glider Pilot Licence (GPL)

Experience

Academic2012- Assistant research fellow, Budapest University of Technology and Economics, Faculty of

Mechanical Engineering, Department of Fluid Mechanics.2011-2012 Research engineer, Budapest University of Technology and Economics, Faculty of Me-

chanical Engineering, Department of Fluid Mechanics.2010-2011 Assistant research fellow, Eötvös Loránd University, Faculty of Science, Institute of

Geography and Earth Sciences, Department of Meteorology.

Industrial2006- Projects, Research and Development.

{ Air Quality Investigation of the Planned M0 Motorway (2006-2007){ Estimation of fountain water losses under various meteorological conditions in Gyula (2008){ Ventilation of the district XI. in Budapest (2008){ Wind farm design and optimization in Somogy county (2010){ Modeling scale-dependent meteorological and pollutant transport processes (2010-2011){ MOL iCore virtual laboratory development (2010-)

Education2006- PhD degree in Mechanical Engineering, Budapest University of Technology and Eco-

nomics, Faculty of Mechanical Engineering, Department of Fluid Mechanics, Budapest,Hungary.

2009-2010 Research Master degree in Fluid Dynamics, Von Karman Institute for Fluid Dynamics,Environmental and Applied Fluid Dynamics Department, Sint-Genesius-Rode, Belgium.

2001-2006 MSc degree in Meteorology, Eötvös Loránd University, Faculty of Science, Institute ofGeography and Earth Sciences, Department of Meteorology, Budapest, Hungary.

Fellowships2009-2010 Fellowship of the Von Karman Institute for Fluid Dynamics2005-2006 Fellowship of Hungarian Meteorological Service2005-2006 Scientific scholarship of ELTE, Faculty of Science

LanguagesEnglish BME examination centre, complex exam, general intermediate level (#744355)German BME examination centre, complex exam, general elementary level (#1613470)

Understanding Speaking WritingListening Reading Interaction Production

Hungarian Native C2 C2 C2 C2 C2English Fluent C1 C1 B2 B2 C1German Basic B1 B1 A2 A2 B1

Self-assessment European level CEFR

ResearchMain topic Modeling of the turbulent atmospheric boundary layer

{ Development of turbulence models, boundary conditions, wall functions{ Scale adaptive porosity-drag force approach applied in urban areas{ Meshing and reconstructing complex terrain, urban and vegetated areas

Other topic Lattice-Boltzmann simulations in porous medium (for petroleum engineering){ Voxelization{ Model development{ Model validation

Memberships{ MMT (Hungarian Meteorological Society){ MTA MTB (Hungarian Academy of Sciences, Meteorological Scientific Committee),Atmosphere-Dynamical and Synoptical Subcommittee

{ HUNAGI (Hungarian Association of Geo-information)

Honours{ Prize in the National Scientific Student Conference (OTDK, 2005){ First prize in the scientific publication competition of ELTE TTK (2005)

Computer SkillsSystems Unix, Linux, Windows, HPC clusters

Programming FORTRAN, ANSI C, C++, PHP, HTML, CUDACFD tools OpenFOAM, ANSYS-Fluent, ANSYS-Gambit, StarCCM++, PalabosCAD tools FreeCAD, Salome, Rhinoceros, AutoCADGIS tools VTbuilder, Quantum GISGraphics GIMP, Inkscape, Gnuplot

Office LaTeX, LibreOffice, MS Office

PublicationsM. Balczó, M. Balogh, I. Goricsán, T. Nagel, J. M. Suda, and T. Lajos. Air qualityaround motorway tunnels in complex terrain - computational fluid dynamics modeling andcomparison to wind tunnel data. Időjárás, 115(3):179–204, 2011.

M. Balczó, M. Balogh, I. Goricsán, J. M. Suda, and T. Lajos. Dispersion modelling of a 9km long section of the budapest ring motorway. In Proceedings of International Workshopon Physical Modelling of Flow and Dispersion Phenomena, 2009.

M. Balogh. Repülőgépes mérések felhasználása az aladin számszerű időjárás-előrejelzésimodellben. Légkör, 51(3):24–36, 2006.

M. Balogh. A felszín légkör kölcsönhatások számszerűsítése kombinált talajnedvesség-előrejelző modell segítségével. Légkör, 52(1):30–35, 2007.

M. Balogh. Általános célú áramlástani megoldók alkalmazása a mérnöki meteorológiában ésa meteorológiai feladatok megoldásában.: Az openfoam szoftvercsomag. In A.Z. Gyöngyösiand T. Weidinger, editors, Alkalmazott számszerű előrejelzés – numerikus időjárási éscsatolt modellek a gyakorlatban., chapter 6, pages 135–153. ELTE TTK, 2013.

M. Balogh, A. Horányi, A. Z. Gyöngyösi, K. André, M. Mile, T. Weidinger, and P. Tasnádi.The ALADIN/CHAPEAU model as a new tool for education and inter-comparison purposesat the eötvös loránd university in budapest. In Tilly Driesenaar No. 58, editor, HIRLAMNewsletter, pages 107–112. HIRLAM NWP Europe, 2011.

M. Balogh, A. Horányi, A. Z. Gyöngyösi, M. Mile, T. Weidinger, and P. Tasnádi. Develop-ment of a uniform model postprocessing system of the aladin chapeau model for educationand comparison study, 4 2011. Poster at 21st ALADIN Workshop & HIRLAM All StaffMeeting 2011, 5-8 April 2011, Norrkoping, Sweden.

M. Balogh and G. Kristóf. Automated grid generation for atmospheric dispersion simula-tions. In microCAD 2007 International Scientific Conference, 2007.

M. Balogh and G. Kristóf. Multiscale modelling approach for urban boundary layer flows.In ICUC7 Proceedings: The 7th international conference on urban climate, 2009.

M. Balogh and G. Kristóf. Fine scale simulation of turbulent flows in urban canopy layers.Időjárás, 114(1–2):135–148, 2010.

M. Balogh and A. Parente. Extended formulation of an enhanced k-ε model for realizableboundary conditions. In The 6th International Symposium on Computational WindEngineering (CWE2014), pages 382–383, 2014. 6 page long extended abstract in digitalproceedings.

M. Balogh, A. Parente, and C. Benocci. RANS simulation of ABL flow over complex terrainsapplying an enhanced k-ε model and wall function formulation. In 13th InternationalConference on Wind Engineering, 2011.

M. Balogh, A. Parente, and C. Benocci. RANS simulation of ABL flow over complexterrains applying an enhanced k-ε model and wall function formulation: Implementationand comparison for FLUENT and OpenFOAM. Journal of Wind Engineering and IndustrialAerodinamics, 2012(104–106):360–368, 2012.

I. Goricsán, M. Balczó, M. Balogh, K. Czader, A. Rákai, and Cs. Tonko. Simulation offlow in an idealised city using various CFD codes. International Journal of Environmentand Pollution, 44(1–4):359–367, 2011.

Kristóf G. Balogh M. Geiger J. Győri, L. and J. Horváth. I-core numerical rock and poremodel. In Pál-Molnár E. Geiger, J. and T. Malvić, editors, Theories and Applicationsin Geomatemetics: Selected studies of the 2012 Croatian-Hungarian GeomathematicalConvent, Opatija., pages 49–70. GeoLitera, 2013.

G. Kristóf, N. Rácz, and M. Balogh. Adaptation of pressure based CFD solvers to urbanheat island convection problem. In Proceedings of the 6th International Conference onUrban Air Quality, 2007.

G. Kristóf, N. Rácz, and M. Balogh. Application of ANSYS-FLUENT for meso-scaleatmospheric flow simulations. In ANSYS Conference & 25. CADFEM Users Meeting,2007.

G. Kristóf, N. Rácz, and M. Balogh. CFD analyses of flow in stratified atmosphere.In Proceedings of International Workshop on Physical Modelling of Flow and DispersionPhenomena, 2007.

G. Kristóf, N. Rácz, and M. Balogh. Atmoszférikus áramlások szimulációja, simulation ofatmospheric flows. GÉP, LIX(5–6):24–25, 2008.

G. Kristóf, N. Rácz, and M. Balogh. Adaptation of pressure based CFD solvers formesoscale atmospheric problems. Boundary Layer Meteorology, 131(1):85–103, 2009.

T. Lajos, M. Balczó, M. Balogh, and I. Goricsán. Többléptékű terjedési modellrendszerfejlesztése és tesztelése, development and testing of a multiscale model system. GÉP,LIX(5–6):17–19, 2008.

C. Peralta, A. Parente, M. Balogh, and C. Benocci. RANS simulation of the atmosphericboundary layer over complex terrain with a consistent k-epsilon model formulation. InThe 6th International Symposium on Computational Wind Engineering (CWE2014), pages236–237, 2014. 8 page long extended abstract in digital proceedings.

N. Rácz, G. Kristóf, T. Weidinger, and M. Balogh. Simulation of gravity waves and modelvalidation to laboratory experiments. In Proceedings of the 6th International Conferenceon Urban Air Quality, 2007.