Jenő Miklós SUDA, PhD
Jenő Miklós SUDA, PhD
assistant professor, Dept. Fluid Mechanics / Faculty Mechanical Engineerig / Budapest University of
Verified email at ara.bme.hu - Homepage
Title
Cited by
Cited by
Year
Air quality around motorway tunnels in complex terrain-computational fluid dynamics modeling and comparison to wind tunnel data
M Balczó, M Balogh, I Goricsán, T Nagel, JM Suda, T Lajos
212011
The turbulent transport process of charged dust particles in electrostatic precipitators
I Kiss, J Suda, G Kristóf, I Berta
7th international Conference on Electrostatic Precipitation, Kyongju, Korea …, 1998
161998
Behavior of polydisperse dust in electrostatic precipitators
T Iváncsy
Journal of electrostatics 63 (6-10), 923-927, 2005
132005
Wind tunnel measurement and numerical simulation of dispersion of pollutants in urban environment
T Lajos, Z Szepesi, I Goricsán, T Régert, JM Suda, M Balczó
Proc. of Conference on Modelling Fluid Flow (CMFF’03) 1, 507-514, 2003
112003
Comparison of wind tunnel measurement and numerical simulation of dispersion of pollutants in urban environment
I Goricsán, M Balczó, T Régert, JM Suda
[sn], 2004
102004
Complex analysis of ionic wind in ESP modeling
JM Suda, T Ivancsy, I Kiss, I Berta
The 10th International conference on electrostatic precipitator, Australia, 2006
82006
A simplified modeling approach for rolling piston compressors
B Farkas, V Szente, JM Suda
Periodica Polytechnica Mechanical Engineering 59 (2), 94-101, 2015
62015
Study of particle dispersion and turbulence modification phenomena in electrostatic precipitators
JM Suda, I Kiss, T Lajos, I Berta
Proc. 8 th Int. Conf. Electrostatic Precipitation, 14-17, 2001
62001
New results in ESP modelling
I Kiss, J Suda, N Szedenik, I Berta
CONFERENCE SERIES-INSTITUTE OF PHYSICS 163, 299-304, 1999
61999
Turbulent flow field of the model ESP influenced by the inlet conditions–comparison of experimental and CFD results
JM Suda, T Iváncsy, I Kiss
Proc. Int. Conf. microCAD’05, 9-11, 2005
42005
ABV (NBC) anyagok épületen belül történő terjedésének numerikus szimulációja és modellkísérlete
Á Csécs, J Csurgai, JM Suda, G Kristóf, I Pintér, J Zelenák
Bolyai Szemle 13 (3), 1416-1443, 2004
42004
Efficiency of the precipitation of fine particles influenced by the ESP supply mode
T Iváncsy, I Kiss, JM Suda, I Berta
Proc. IX. Int. Conf. Electrostatic Precipitation, 2004
42004
Légszennyező anyagok terjedése városokban-A magas épületek hatása a légszennyezettségre
T Lajos, I Goricsán, T Régert, JM Suda, M Balczó
Magyar Építőipar 2008 (4), 137-144, 2008
32008
Elektrofilter modell berendezés kísérleti és numerikus áramlástani vizsgálata
JM Suda
GÉP 56 (2005/1), 34-38, 2005
32005
On the Laser Doppler Velocimetry measurements and numerical simulation of particle flow field in a model electrostatic precipitator
JM Suda, B Wunderlich, I Kiss, E Pap
Proc. Conf. on Modelling Fluid Flow–12th Int. Conf. on Fluid Flow …, 2003
32003
Particle Transport Process Simulation in ESPs Using CFD Modelling
JM Suda, I Berta, G Kristóf, T Lajos
Proc. Int. Conf. microCAD’99, 24-25, 1999
31999
Performance analysis of a novel oil-free rotary compressor
B Farkas, JM Suda
Proceedings of the Institution of Mechanical Engineers, Part A: Journal of …, 2018
22018
Dynamic meshing strategies to model fluid flow in rolling piston compressors
B Farkas, V Szente, JM Suda
CFD. HU Kft., 2015
22015
Kétfázisú áramlás modellezése elektrosztatikus leválasztóban
JM Suda
Budapesti Műszaki és Gazdaságtudományi Egyetem, 2007
22007
Novel ESP model for impulse energisation
T Iváncsy, JM Suda, I Kiss, I Berta
Proceedings of the X. International Conference on Electrostatic …, 2006
22006
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