Thermal Science

International Scientific Journal

Thermal Science Journal [Stevan Đ Nemoda]

name

Stevan Đ Nemoda

institution

Laboratory for Thermal Engineering and Energy Research, VINČA Institute of Nuclear Sciences

address

P. O. Box 522, 11001 Belgrade, Serbia

papers by Stevan Đ Nemoda published in Thermal Science

Numerical simulation of porous burners and hole plate surface burners

THERMAL SCIENCE, volume 8, Issue 1, YEAR 2004

this paper authors:

Stevan Đ Nemoda

Dimosthenis Trimis

Goran S. Živković

Modeling of bubble break-up in stirred tanks

THERMAL SCIENCE, volume 8, Issue 1, YEAR 2004

this paper authors:

Stevan Đ Nemoda

Goran S. Živković

Mapping the potential for decentralized energy generation based on RES in Western Balkans

THERMAL SCIENCE, volume 11, Issue 3, YEAR 2007

this paper authors:

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

THERMAL SCIENCE, volume 13, Issue 4, YEAR 2009

this paper authors:

Goran S. Živković

Stevan Đ Nemoda

Predrag Lj Stefanović

Predrag Radovanović

Combustion of low grade fractions of Lubnica coal in fluidized bed

THERMAL SCIENCE, volume 16, Issue 1, YEAR 2012

this paper authors:

Milica R. Mladenović

Dragoljub V. Dakić

Stevan Đ Nemoda

Rastko Mladenović

Aleksandar M. Erić

Branislav Repić

Mirko S. Komatina

Numerical simulation of non-conventional liquid fuels feeding in a bubbling fluidized bed combustor

THERMAL SCIENCE, volume 17, Issue 4, YEAR 2013

this paper authors:

Milica R. Mladenović

Stevan Đ Nemoda

Mirko S. Komatina

Dragoljub V. Dakić

Three phase Eulerian-granular model applied on numerical simulation of non-conventional liquid fuels combustion in a bubbling fluidized bed

THERMAL SCIENCE, volume 20, Supplement 1, YEAR 2016

this paper authors:

Stevan Đ Nemoda

Milica R. Mladenović

Milijana Paprika

Aleksandar M. Erić

Borislav Grubor

Experimental and numerical study on combustion of baled biomass in cigar burners and effects of flue gas re-circulation

THERMAL SCIENCE, volume 20, Supplement 1, YEAR 2016

this paper authors:

Aleksandar M. Erić

Stevan Đ Nemoda

Dragoljub V. Dakić

Branislav Repić

Dejan M. Đurović

Two-dimensional mathematical model of liquid fuel combustion in bubbling fluidized bed applied for a fluidized furnace numerical simulation

THERMAL SCIENCE, volume 22, Issue 2, YEAR 2018

this paper authors:

Stevan Đ Nemoda

Milijana Paprika

Milica R. Mladenović

Ana D. Marinković

Goran S. Živković

Research in the fluidized bed combustion in the Laboratory for thermal engineering and energy - Part A: Achievements in targeted fundamental research

THERMAL SCIENCE, volume 23, Supplement 5, YEAR 2019

this paper authors:

Borislav Grubor

Dragoljub V. Dakić

Stevan Đ Nemoda

Milica R. Mladenović

Milijana Paprika

Simeon Oka

Research in the fluidized bed combustion in the Laboratory for thermal engineering and energy - Part B: Achievements in technology implementation

THERMAL SCIENCE, volume 23, Supplement 5, YEAR 2019

this paper authors:

Borislav Grubor

Dragoljub V. Dakić

Stevan Đ Nemoda

Milica R. Mladenović

Milijana Paprika

Simeon Oka

Application of analytical and CFD models of liquid fuels combustion in a fluidized bed

THERMAL SCIENCE, volume 23, Supplement 5, YEAR 2019

this paper authors:

Milica R. Mladenović

Stevan Đ Nemoda

Milijana Paprika

Ana D. Marinković

Modeling of transport processes in the cigarette principle combustion furnace

THERMAL SCIENCE, volume 23, Supplement 5, YEAR 2019

this paper authors:

Aleksandar M. Erić

Stevan Đ Nemoda

Mirko S. Komatina

Branislav Repić

Dragoljub V. Dakić

A MATHEMATICAL MODEL OF GASEOUS FUEL COMBUSTION IN SWIRL CHAMBER

THERMAL SCIENCE, volume 1, Issue 2, YEAR 1997

this paper authors:

Stevan Đ Nemoda

Goran S. Živković

Determination of the sootblower activation moment for biomass co-firing in a pulverized coal furnace