stevan nemoda
stevan nemoda
naučni savetnik, INN vinča
Verified email at vinca.rs
Title
Cited by
Cited by
Year
Heat transfer analysis of a two-dimensional rectangular porous radiant burner
SC Mishra, M Steven, S Nemoda, P Talukdar, D Trimis, F Durst
International Communications in Heat and Mass Transfer 33 (4), 467-474, 2006
722006
Experimental and numerical investigation of gaseous fuel combustion in swirl chamber
S Nemoda, V Bakić, S Oka, G Zivković, N Crnomarković
International Journal of Heat and Mass Transfer 48 (21-22), 4623-4632, 2005
412005
Numerical simulation of porous burners and hole plate surface burners
S Nemoda, D Trimis, G Živković
Thermal Science 8 (1), 3-18, 2004
392004
Mapping the potential for decentralized energy generation based on RES in Western Balkans
DR Schneider, N Duić, I Raguzin, Ž Bogdan, M Ban, B Grubor, ...
Thermal Science 11 (3), 7-26, 2007
322007
Detailed experimental characterization and numerical modeling of heat and mass transport properties of highly porous media for solar receivers and porous burners
S Decker, S Mößbauer, S Nemoda, D Trimis, T Zapf
Lehrstuhl für Strömungsmechanik Universität Erlangen-Nürnberg Cauerstr 4, 2000
292000
Prediction of coal primary fragmentation and char particle size distribution in fluidized bed
MJ Paprika, MS Komatina, DV Dakić, SĐ Nemoda
Energy & fuels 27 (9), 5488-5494, 2013
242013
Numerical model of gaseous fuel jet injection into a fluidized furnace
S Nemoda, M Mladenović, S Belošević, R Mladenović, D Dakić
International Journal of Heat and Mass Transfer 52 (15-16), 3427-3438, 2009
212009
Investigation of the cigar burner combustion system for baled biomass
BS Repić, DV Dakić, AM Erić, DM Djurović, AD Marinković, SD Nemoda
Biomass and bioenergy 58, 10-19, 2013
172013
Combustion of low grade fractions of Lubnica coal in fluidized bed
MR Mladenović, DV Dakić, S Nemoda, RV Mladenovic, A Erić, B Repić, ...
Thermal Science 16 (1), 297-311, 2012
172012
Furnace for biomass combustion–Comparison of model with experimental data
D Djurović, S Nemoda, D Dakić, M Adzić, B Repić
International journal of heat and mass transfer 55 (15-16), 4312-4317, 2012
162012
Experimental method for determining Forchheimer equation coefficients related to flow of air through the bales of soy straw
A Erić, D Dakić, S Nemoda, M Komatina, B Repić
International Journal of heat and mass transfer 54 (19-20), 4300-4306, 2011
142011
The combustion of biomass-the impact of its types and combustion technologies on the emission of nitrogen oxide
MR Mladenović, DV Dakić, S Nemoda, M Paprika, MS Komatina, B Repić, ...
Hemijska industrija 70 (3), 287-298, 2016
132016
Experimental determination thermo physical characteristics of balled biomass
A Eric, D Dakic, S Nemoda, M Komatina, B Repic
Energy 45 (1), 350-357, 2012
132012
Influence of biomass furnace volume change on flue gases burn out process
D Djurović, S Nemoda, B Repić, D Dakić, M Adzić
Renewable Energy 76, 1-6, 2015
102015
Ekonomska opravdanost izgradnje postrojenja za kombinovanu proizvodnju toplotne i električne energije korišćenjem poljoprivredne biomase
D Đurović, D Dakić, B Repić, S Nemoda, G Živković, A Erić
Savremena poljoprivredna tehnika 36 (4), 373-381, 2010
102010
Mathematical modeling of complex turbulent flows (recent achievements of the Vinca Institute)
S Oka, M Sijercic, P Stefanovic, S Nemoda, G Vizkovic
Previews of Heat and Mass Transfer 5 (21), 397, 1995
101995
Three phase eulerian-granular model applied on numerical simulation of non-conventional liquid fuels combustion in a bubbling fluidized bed
S Nemoda, MR Mladenović, M Paprika, A Erić, B Grubor
Thermal Science 20, S133-S149, 2016
92016
Euler-Euler granular flow model of the combustion of liquid fuels in a fluidized reactor
S Nemoda, MR Mladenović, M Paprika, DV Dakić, A Erić, M Komatina
Journal of the Serbian Chemical Society 80 (3), 377-389, 2015
92015
at al., A paper waste combustion in a demo-industrial facility with FB
M Mladenović, D Dakić, S Nemoda, A Erić, D Đurović, M Paprika
International Conference Power Plants, 1220-1236, 2012
92012
Numerical simulation of the influence of stationary louver and coal particle size on distribution of pulverized coal to the feed ducts of a power plant burner
GS Živković, S Nemoda, PL Stefanović, P Radovanovic
Thermal Science 13 (4), 79-90, 2009
92009
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