Thermal Science

International Scientific Journal

Thermal Science Journal [Mirko Stojiljković]

name

Mirko Stojiljković

institution

Faculty of Mechanical Engineering, University of Niš

address

Aleksandra Medvedeva 14, 18000 Niš, Serbia

ORCID

0000-0003-2256-1645

papers by Mirko Stojiljković published in Thermal Science

Assessment of low energy potential of a school building using operation optimization and surrogate models

THERMAL SCIENCE, volume 29, No. 6, YEAR 2025

this paper authors:

Mirko Stojiljković

Vladan S Jovanović

Dušan J Ranđelović

Goran Vučković

Marko G Ignjatović

Cost-optimal operation of hybrid heat pump systems with progressive electricity tariffs

THERMAL SCIENCE, volume 29, No. 5, YEAR 2025

this paper authors:

Mirko Stojiljković

Goran Vučković

Marko G Ignjatović

Exploring the efficiency of a residential air-to-water heat pump in summer changeover regimes based on exergy analysis: A case study

THERMAL SCIENCE, volume 29, No. 5, YEAR 2025

this paper authors:

Goran Vučković

Mirko Stojiljković

Marko G Ignjatović

Branka G Radovanović

Performance assessment of an air-to-air heat pump with advanced technologies based on exergy analysis

THERMAL SCIENCE, volume 29, No. 5, YEAR 2025

this paper authors:

Goran Vučković

Mirko Stojiljković

Marko G Ignjatović

Mića Vukić

Influence of using clay block with increassed mass on energy performance of an office builidng in Niš

THERMAL SCIENCE, volume 27, No. 5, YEAR 2023

this paper authors:

Marko G Ignjatović

Goran Vučković

Mirko Stojiljković

Classification of retrofit measures for residential buildings according to the global cost

THERMAL SCIENCE, volume 25, No. 4, YEAR 2021

this paper authors:

Mirko Stojiljković

Goran Vučković

Marko G Ignjatović

Air-source heat pump performance comparison in different real operational conditions based on advanced exergy and exergoeconomic approach

THERMAL SCIENCE, volume 25, No. 3, YEAR 2021

this paper authors:

Goran Vučković

Mirko Stojiljković

Marko G Ignjatović

Mića Vukić

Cost-optimal energy retrofit for Serbian residential buildings connected to district heating systems

THERMAL SCIENCE, volume 23, Supplement 5, YEAR 2019

this paper authors:

Mladen M Stojiljković

Mirko Stojiljković

Marko G Ignjatović

Goran Vučković

SENSITIVITY ANALYSIS FOR DAILY BUILDING OPERATION FROM THE ENERGY AND THERMAL COMFORT STANDPOINT

THERMAL SCIENCE, volume 20, Supplement 5, YEAR 2016

this paper authors:

Marko G Ignjatović

Bratislav D Blagojević

Mirko Stojiljković

Dejan M Mitrović

Aleksandar S Anđelković

Milica B Ljubenović

COMPARATIVE EXERGETIC PERFORMANCE ANALYSIS FOR CERTAIN THERMAL POWER PLANTS IN SERBIA

THERMAL SCIENCE, volume 20, Supplement 5, YEAR 2016

this paper authors:

Dejan M Mitrović

Marko G Ignjatović

Branislav V Stojanović

Jelena N Janevski

Mirko Stojiljković

Avoidable and unavoidable exergy destruction and exergoeconomic evaluation of the thermal processes in a real industrial plant

THERMAL SCIENCE, volume 16, Supplement 2, YEAR 2012

this paper authors:

Goran Vučković

Mića Vukić

Mirko Stojiljković

Dragan D Vučković

Optimization of operation of energy supply systems with co-generation and absorption refrigeration

THERMAL SCIENCE, volume 16, Supplement 2, YEAR 2012

this paper authors:

Mirko Stojiljković

Bratislav D Blagojević

Goran Vučković

Marko G Ignjatović

Dejan M Mitrović

Effects of implementation of co-generation in the district heating system of the Faculty of Mechanical Engineering in Niš

THERMAL SCIENCE, volume 14, Supplement, YEAR 2010

this paper authors:

Mladen M Stojiljković

Mirko Stojiljković

Bratislav D Blagojević

Goran Vučković

Marko G Ignjatović

CO2 reduction options in cement industry: The Novi Popovac case

THERMAL SCIENCE, volume 14, No. 3, YEAR 2010

this paper authors:

Gordana M Stefanović

Goran Vučković

Mirko Stojiljković

Milan B Trifunović

Mathematical modeling and optimization of tri-generation systems with reciprocating engines

THERMAL SCIENCE, volume 14, No. 2, YEAR 2010

this paper authors:

Mirko Stojiljković

Mladen M Stojiljković

Bratislav D Blagojević

Development and designing of machines and technologies for briquette and pellet manufacturing by dry and wet process