Dejan Cvetinović

Viši naučni saradnik / Associate Research Professor

KONTAKT

dr Dejan Cvetinović

 - Associate Research Professor                                          - Viši naučni saradnik                                                        

University of Belgrade                                                          Univerzitet u Beogradu

Vinca Institute of Nuclear Sciences                                    Institut za nuklearne nauke "Vinča"

National Institute of the Republic of Serbia                     Institut od nacionalnog interesa za Republiku Srbiju

Laboratory for Thermal Engineering and Energy             Laboratorija za termotehniku i energetiku

P.O.Box 522, 11001 Belgrade                                               p.fax 522, 11001 Beograd

Serbia                                                                                       Srbija


tel. +381 11 3408 631                                                            tel. 011 3408 631

fax  +381 11 6453 670                                                            fax 011 6453 670

e-mail: deki@vin.bg.ac.rs or deki@vinca.rs or dejan.cvetinovic@gmail.com or dejan.cvetinovic@outlook.com



NUMBER OF PUBLICATIONS & CITATIONS

 

·        Google Scholar account: https://scholar.google.com/citations?user=YCG1HK4AAAAJ&hl=en h-index 11, Citations 322.

·        Web of Science: https://www.webofscience.com/wos/author/record/157673 h-index 8, Citations: 164

·        Research Gate: https://www.researchgate.net/profile/Dejan-Cvetinovic-2 h-index 10, Citations: 222

·        Orcid Account: https://orcid.org/0000-0001-5193-3909

·        He is an acting reviewer in international journals: Energy Conversion and Management, Utilities Policy, Journal of Sustainable Development of Energy, Water and Environment Systems, Nuclear Technology & Radiation Protection, International Journal FME Transactions and Thermal Science.


  •  Tel.:  +381 (0) 11 3408631

     Fax.: +381 (0) 11 6453670




  • deki@vinca.rs

Biografija

Dejan Cvetinović je rođen 08. decembra 1967. u Zaječaru. Osnovnu školu završio je u Topoli, a posle drugog razreda, tada usmerenog obrazovanja, dolazi u Beograd, gde završava Matematičku gimnaziju.

Studiranje na Mašinskom fakultetu u Beogradu započinje školske 1987/88. godine. Diplomski rad brani 1992. godine na katedri za vazduhoplovstvo i stiče zvanje diplomirani mašinski inženjer.

Poslediplomske studije na Mašinskom fakultetu u Beogradu upisuje školske 1992/93. godine.

Kao stipendista Ministarstva za nauku i tehnološki razvoj Republike Srbije, u okviru programa razvoja mladog naučno-istraživačkog kadra dolazi u junu 1993. godine u Institut za nuklearne nauke „Vinča”, Laboratoriju za termotehniku i energetiku. Stipendija posle godinu dana prerasta u stalni radni odnos i tu nastavlja da se bavi naučno-istraživačkim radom sve do danas.

Kao stipendista vlade Japana boravi u toj zemlji od 1998. do 2000. na Kjoto Univerzitetu, 2. po rangu Univerzitetu u Japanu, a 26. na svetskoj šangajskoj listi.

Nakon povratka iz Japana brani 05.11.2002. godine magistarski rad na katedri za vazduhoplovstvo Mašinskog fakulteta i time stiče akademsko zvanje magistra tehničkih nauka.

Od dolaska u Institut za nuklearne nauke „Vinča” aktivno učestvuje u realizaciji 14 domaćih naučnih projekata i 4 naučno-istraživačkih projekata međunarodnog karaktera.

Autor i koautor je većeg broja naučnih i stručnih radova i učesnik mnogih domaćih i međunarodnih konferencija i stručnih seminara. Učestvovao u izradi većeg broja stručnih studija, organizovao i izvodio veliki broj kompleksnih termotehničkih ispitivanja na termoenergetskim objektima u zemlji i inostranstvu.

Član je Glavnog odbora Društva termičara Srbije (www.drustvo-termicara.com) i posebno aktivan u delu izdavaštva naučnih časopisa i organizaciji naučnih konferencija.

Član je nacionalnog uređivačkog odbora međunarodnog naučnog časopisa „Thermal Science”, koji prema klasifikacijama spada u kategoriju M23 sa impakt faktorom 0,962 za 2013, kao i glavni i odgovorni urednik domaćeg naučno-stručnog časopisa „Termotehnika”. Učestvuje u organizaciji Međunarodne konferencije „Elektrane” kao potpredsednik organizacionog odbora (od 2006-2014 – ukupno 5 konferencija za redom).

Doktorsku disertaciju pod naslovom Eksperimentalno i numeričko ispitivanje uticaja modifikacije turbulentnog osnosimetričnog mlaza zvučnim oscilacijama na proces prenosa toplote pri udaru o ravnu zagrejanu podlogu”  odbranio je 30. septembra 2014. godine na Mašinskom fakultetu Univerziteta u Beogradu.


AREAS OF EXPERTISE

 

§ Plasma technology for the synthesis of ultrafine ceramic powders and plasma technology for use in thermal power plants

§ Plasma chemical decomposition in reactor technology (particular emphasis on hazardous and non-toxic waste material treatment)

§ Thermodynamic calculations of the equilibrium composition of chemical systems

§ Waste-to-energy and waste-to-product technology development

§ Combustion, gasification and pyrolisis (biomass, waste, mixtures)

§ Optimization and increase of efficiency of coal-fired thermal power plants

§ Complex systems for the acquisition and monitoring of thermal power plants

§ Fluid mechanics - measuring techniques (HWA, LDA, PIV)

§ Heat exchange and heat transfer

§ Numerical fluid mechanics (CFD)

§ Renewable energy sustainable utilization

 

EDUCATION

 

Diploma studies: Mechanical engineering faculty, University of Belgrade, Aircraft design department

Postgraduate studies: Mechanical engineering faculty, University of Belgrade, Aircraft design department

PhD Thesis: “Experimental and Numerical Investigation on Influence of Axisymmetric Turbulent Jet Modification by Acoustic Oscillations on Impinging Jet Heat Transfer”, Mechanical engineering faculty, University of Belgrade, Fluid mechanics department

International cooperation:

-    International Course for Graduate Research Students in the field of Mechanical Engineering at the Graduate School of Engineering, Kyoto University, Japan, participant 1998 to 2000.

-    EURO Summer School on Sustainability Assessment of Natural Gas Technologies held in 2001 in Lisbon, Portugal. European Commission Research DG Human Potential Programme

-    Institute of Chemical Process Fundamentals (ICPF) in Prague, Czech Republic,  participating in the European Community  FP5 programme BEMUSAC project (callQoL./Growth/EESD-2001-INTEGR as BEMUSAC-NAS2 Ref. G1MA-CT-2002-04019): “Effect of External Excitations on the Flow Structures in an Impinging Jet”, participant 21.09.2003. to 19.12.2003.

-    European Community FP6 Programme, project no. PL 503184: “Demonstration of direct Solid Recovered Fuel (SRF) co-combustion in pulverized fuel power plants and implementation of a sustainable waste-to-energy technology in large-scale energy production – RECOFUEL”, participant 2003-2006.

-    SEE-ERA.NET Plus Joint Call PROJECT. project no. SEE ERA PLUS-093: "Supporting Common RTD actions in WBCs for developing Low Cost and Low Risk ICT based solutions for TPPs Energy Efficiency increasing (WBalkICT)", participant 2010-2013

-    Project of international bilateral cooperation between the Republic of Serbia and the People's Republic of China for the period 2016-2018: "Investigation of the characteristics of fire resistance and flame penetration of electric cables for special applications", project manager from the Serbian side 2016-2018

 

PROFESIONAL EXPERIENCE

 

Job No. 1: Scholar of the Ministry of Science and Technology of the Republic of Serbia for young talents

Period: 1993 - 1994

Institution: «Vinča» Institute of Nuclear Sciences, University of Belgrade,

                     National Institute of the Republic of Serbia

                     Laboratory for Thermal Engineering and Energy Research.

Job No. 2: from Junior research associate to Senior research associate

Period: 1994 - today

Institution: «Vinča» Institute of Nuclear Sciences, University of Belgrade,

                     National Institute of the Republic of Serbia

                     Laboratory for Thermal Engineering and Energy Research

Job No. 3: Grants-in-Aid of Scientific Research in Japan

Period: 1998 - 2000

Institution: Kyoto University, Mechanical engineering department, Heat transfer laboratory. He was supported by the Ministry of Education, Science and Culture, Japan.

 

HONORS

 

1997 – Annual award of the «Vinča» Institute of Nuclear Sciences for Scientific Achievements in the Plasma-chemical Synthesis of Ultra Disperse Ceramic Powders of Silicon Nitride (Si3N4) and Silicon Carbide (SiC).

Research group award grantees:

Pavle Pavlović, Predrag Stefanović, Života Kostić, Slobodan Šikmanović, Dejan Cvetinović

 

SUPERVISION OF GRADUATE STUDENTS

 

Co-mentor and a member of the committee for the evaluation of the doctoral dissertation:

Dejana P. POPOVIĆ, “Development and application of new technologies in the treatment of hazardous waste and the formation of the concept of waste disposal and treatment facilities, Singidunum University, Belgrade, Defended: 24.01.2021.

Acting as an institute mentor during the preparation of the master's thesis of the candidate:

Jovana Anđelković, “The possibility of using waste as fuel in the iron and steel industry, Faculty of Technology and Metallurgy, University of Belgrade, Defended: 30.09.2021.

The institute mentor is for two young associates (doctoral students):

Nada Milutinović, master engineer in mechanical engineering and

Jovana Anđelković, master engineer in chemical engineering.

 

INVITED TALKS

 

1.      Предраг Стефановић, Дејан Цветиновић, Вукман Бакић, Милић Ерић, Зоран Марковић, The role of energy industries in GHG emission and air pollution reduction in the Republic of Serbia, Plenary lecture Pl/2, 11th International Conference on HEAT ENGINES AND ENVIRONMENTAL PROTECTION, HEEP 2013, 3-5 June 2013, The Role of Renewable Resources and Fuels in Power Generation, BME Department of Energy Engineering Hungary-1111 Budapest, Hungary, pp. 29-36

2.      Predrag Stefanović, Dejan Cvetinović, Zoran Marković, Milić Erić, Increasing power, efficiency and introducing modern technologies to reduce environmental pollution in thermal power plants in Serbia,  „Perspectives of thermal power in Bosnia and Herzegovina in energy transition: regional consultation“, Sarajevo, 21. November 2019. Editors: Kemal Hanjalić, Izet Smajević, Mustafa Musić.  Published by: Academy of Sciences and Arts of Bosnia and Herzegovina, 2021. pp. 31-33, DOI: 10.5644/PI2021.196.00

3.      Dejan Cvetinović, Application of thermal plasma in the decomposition of hazardous waste materials, Invited lecture, Scientific meeting "Vinča - 70 years in science", Ceremonial Hall of the Rectorate of the University of Belgrade, November 8 and 9, 2018.

4.      Aleksandar Erić, Dejan Cvetinović, Predrag Škobalj, Nikola Živković, Nada Milutinović, DETERMINATION OF THE AVERAGE ANNUAL EFFICIENCY BY ADAPTED MEASUREMENT PROCEDURE ON CHP PLANTS, Invited lecture E2021-011, Full Papers Proceedings of International Conference "Power Plants 2021", November 17-18th, 2021, Belgrade, Serbia, ISBN 978-86-7877-030-2, pp. 104 – 119

 

 

COLLABORATIVE PROJECTS

 

Project RFTR S-4.0350 "Modern ceramic materials for constructive materials and electrical devices", participant, 1990-1995

Project MNT S-3.05.33.211 "Compact constructional and composite ceramics based on oxides and non-oxides", participant, 1994-1996

Project 02E26 “Investigation of synthesis process, modelling and properties of new materials for special purposes”, participant, 1997-2000

Project C 3.15.36.0133 “Development of production technologies of high quality composite and carbide materials and oxide and non-oxide ceramics”, participant, 1997-2000

Project OI1908 “Investigation of high-temperature, turbulent, multiphase, multicomponent flows”, 2001-2004

Project TR 147, “Development of plasma technology for stabilization of combustion on TE boilers fired with pulverized coal of low calorific value”, 2001-2007

Project EE28007, “Development and application of diagnostic methods for monitoring the efficiency of boiler plants of thermal power plants”, 2003-2006

Project TR.6621.B Implementation and Verification of Plasma Technology for stabilization of combustion in the real conditions of a thermal power plant boiler in the "Nikola Tesla" TPP - 210 MW, 2005-2007

Project EE 236 Increasing the efficiency of EPS energy boilers fired with lignite while reducing the emission of nitrogen oxides by improving combustion devices, 1. 4. 2009. - 31. 12. 2010.

Project NPEE -213007B Development and application of a complex method of normative testing of thermal power plants units, Jul 2007 – June 2009

Project TR -17020 DEVELOPMENT OF ADVANCED COMBUSTION PLANT FOR PLASMA STABILIZATION OF PULVERIZED COAL POWDER COMBUSTION, 01.04.2008. - 31.12.2010.

Project TR33050: IMPROVING THE QUALITY AND TECHNOLOGY OF THE COMBUSTION OF DOMESTIC LIGNITE TO INCREASE ENERGY EFFICIENCY AND REDUCING THE EMISSION OF HARMFUL SUBSTANCES FROM THE THERMAL POWER PLANT OF PE “ELEKTROPRIVREDA” SERBIA, 2011-2019

Project III42010: REDUCTION OF AIR POLLUTION FROM THERMAL POWER PLANTS IN PE “ELEKTROPRIVREDA” SERBIA, 2011-2019

Project  Contract with EU PL 503184: “Demonstration of direct Solid Recovered Fuel (SRF) co-combustion in pulverized fuel power plants and implementation of a sustainable waste-to-energy technology in large-scale energy production – RECOFUEL”, 2003-2006. Countries and participating institutions:  Germany (RWE, University of Stutgart, INFA), Netherlands (Essent, KEMA, TAUW), Greece (PPC, Technical University of Athens), Finland (University of Helsinki), Italy (CESI) and Serbia (VINČA).

Project “Experimental Study of Jet Impingement Heat Transfer Modified by Self-Excited Acoustic Oscillations”, participant, 1998-2000. Institution: Kyoto University, Mechanical engineering department, Heat transfer laboratory. Ministry of Education, Science and Culture, Japan.

Project European Community FP5 programme BEMUSAC project, (call QoL. /Growth/EESD-2001-INTEGR as BEMUSAC-NAS2 Ref. G1MA-CT-2002-04019): “Effect of External Excitations on the Flow Structures in an Impinging Jet”. Institution: Institute of Chemical Process Fundamentals, ICPF in Prague, from 21.09.2003. to 19.12.2003.

Project SEE ERA PLUS-093: "Supporting Common RTD actions in WBCs for developing Low Cost and LowRisk ICT based solutions for TPPs Energy Efficiency increasing (WBalkICT)". Participating institutions:  Romania (IPA SA. Bucharest), Croatia (University of Zagreb) and Serbia (VINČA).

 

 

NUMBER OF PUBLICATIONS & CITATIONS

 

·        Google Scholar account: https://scholar.google.com/citations?user=YCG1HK4AAAAJ&hl=en
h-index 11, Citations 322.

·        Web of Science: https://www.webofscience.com/wos/author/record/157673 h-index 8, Citations: 164

·        Research Gate: https://www.researchgate.net/profile/Dejan-Cvetinovic-2 h-index 10, Citations: 222

·        Orcid Account: https://orcid.org/0000-0001-5193-3909

·        He is an acting reviewer in international journals: Energy Conversion and Management, Utilities Policy, Journal of Sustainable Development of Energy, Water and Environment Systems, Nuclear Technology & Radiation Protection, International Journal FME Transactions and Thermal Science.

 

OTHER IMPORTANT ACHIVEMENTS

 

·        Member of the Main Board and the Scientific Board of the Society of Thermal Engineers of Serbia (www.drustvo-termicara.com) and is particularly active in publishing scientific journals, organizing scientific conferences and involving younger staff in the work of this scientific and professional association.

·        Member of the national editorial board of the international scientific journal "Thermal Science", which according to the classifications, falls into the M22 category with an impact factor of 1.625 for 2020, as well as the editor-in-chief of the respected domestic scientific and professional journal "Termotehnika".

·        Actively participated in the organization of the International Conference "Power Plants" as the vice-president of the organizing committee (from 2006-2018 - a total of 7 conferences in a row), and in 2021 he was the president of the organizing committee of the International Conference ELEKTRANA/POWER PLANTS 2021.

·        Licensed as an energy manager in industrial energy by the Ministry of Mining and Energy of the Republic of Serbia - license number EMI 0174-20.

 

Publikacije

Oblasti istraživanja

Oblasti aktivnosti:


·      Plazma tehnologije za sintezu ultrafinih keramičkih prahova i plazma tehnologije za upotrebu na termoenergetskim postrojenima

·      Optimizacija i povećanje efikasnosti termoenergetskih postrojenja na sprašeni ugalj

·      Komleksni sistemi za akviziciju i monitoring na termoenergetskim postrojenjima

·      Mehanika fluida – merne tehnike (HWA, LDA, PIV)

·      Razmena toplote

·      Numerička mehanika fluida


AREAS OF EXPERTISE

 

§ Plasma technology for the synthesis of ultrafine ceramic powders and plasma technology for use in thermal power plants

§ Plasma chemical decomposition in reactor technology (particular emphasis on hazardous and non-toxic waste material treatment)

§ Thermodynamic calculations of the equilibrium composition of chemical systems

§ Waste-to-energy and waste-to-product technology development

§ Combustion, gasification and pyrolisis (biomass, waste, mixtures)

§ Optimization and increase of efficiency of coal-fired thermal power plants

§ Complex systems for the acquisition and monitoring of thermal power plants

§ Fluid mechanics - measuring techniques (HWA, LDA, PIV)

§ Heat exchange and heat transfer

§ Numerical fluid mechanics (CFD)

§ Renewable energy sustainable utilization


Projekti

Project RFTR S-4.0350 "Modern ceramic materials for constructive materials and electrical devices", participant, 1990-1995

Project MNT S-3.05.33.211 "Compact constructional and composite ceramics based on oxides and non-oxides", participant, 1994-1996

Project 02E26 “Investigation of synthesis process, modelling and properties of new materials for special purposes”, participant, 1997-2000

Project C 3.15.36.0133 “Development of production technologies of high quality composite and carbide materials and oxide and non-oxide ceramics”, participant, 1997-2000

Project OI1908 “Investigation of high-temperature, turbulent, multiphase, multicomponent flows”, 2001-2004

Project TR 147, “Development of plasma technology for stabilization of combustion on TE boilers fired with pulverized coal of low calorific value”, 2001-2007

Project EE28007, “Development and application of diagnostic methods for monitoring the efficiency of boiler plants of thermal power plants”, 2003-2006

Project TR.6621.B Implementation and Verification of Plasma Technology for stabilization of combustion in the real conditions of a thermal power plant boiler in the "Nikola Tesla" TPP - 210 MW, 2005-2007

Project EE 236 Increasing the efficiency of EPS energy boilers fired with lignite while reducing the emission of nitrogen oxides by improving combustion devices, 1. 4. 2009. - 31. 12. 2010.

Project NPEE -213007B Development and application of a complex method of normative testing of thermal power plants units, Jul 2007 – June 2009

Project TR -17020 DEVELOPMENT OF ADVANCED COMBUSTION PLANT FOR PLASMA STABILIZATION OF PULVERIZED COAL POWDER COMBUSTION, 01.04.2008. - 31.12.2010.

Project TR33050: IMPROVING THE QUALITY AND TECHNOLOGY OF THE COMBUSTION OF DOMESTIC LIGNITE TO INCREASE ENERGY EFFICIENCY AND REDUCING THE EMISSION OF HARMFUL SUBSTANCES FROM THE THERMAL POWER PLANT OF PE “ELEKTROPRIVREDA” SERBIA, 2011-2019

Project III42010: REDUCTION OF AIR POLLUTION FROM THERMAL POWER PLANTS IN PE “ELEKTROPRIVREDA” SERBIA, 2011-2019

Project  Contract with EU PL 503184: “Demonstration of direct Solid Recovered Fuel (SRF) co-combustion in pulverized fuel power plants and implementation of a sustainable waste-to-energy technology in large-scale energy production – RECOFUEL”, 2003-2006. Countries and participating institutions:  Germany (RWE, University of Stutgart, INFA), Netherlands (Essent, KEMA, TAUW), Greece (PPC, Technical University of Athens), Finland (University of Helsinki), Italy (CESI) and Serbia (VINČA).

Project “Experimental Study of Jet Impingement Heat Transfer Modified by Self-Excited Acoustic Oscillations”, participant, 1998-2000. Institution: Kyoto University, Mechanical engineering department, Heat transfer laboratory. Ministry of Education, Science and Culture, Japan.

Project European Community FP5 programme BEMUSAC project, (call QoL. /Growth/EESD-2001-INTEGR as BEMUSAC-NAS2 Ref. G1MA-CT-2002-04019): “Effect of External Excitations on the Flow Structures in an Impinging Jet”. Institution: Institute of Chemical Process Fundamentals, ICPF in Prague, from 21.09.2003. to 19.12.2003.

Project SEE ERA PLUS-093: "Supporting Common RTD actions in WBCs for developing Low Cost and LowRisk ICT based solutions for TPPs Energy Efficiency increasing (WBalkICT)". Participating institutions:  Romania (IPA SA. Bucharest), Croatia (University of Zagreb) and Serbia (VINČA).

Project of international bilateral cooperation between the Republic of Serbia and the People's Republic of China for the period 2016-2018: "Investigation of the characteristics of fire resistance and flame penetration of electric cables for special applications", project manager from the Serbian side 2016-2018