PSI - Issue 72

Ivan Aranđelović et al. / Procedia Structural Integrity 72 (2025) 354 –361

361

Acknowledgements

The research by I. Arandelović is supported in part by the Serbian Ministry of Science, Technological Development and Innovations according to Contract 01/200105, dated on 4 February 2025. References Aranđelović, I., Rajić, R. , Savanović M., 2017. Procedures for fire risk analysis, Procesna tehnika 29:2, 24 – 29, ISSN 2217-2319 Filipov ić, M., Aranđelović, I., 2023. Fire resistance of boiler room the building structure, International scientific and profession al conference Politehnika 2023, Belgrade, Serbia, 1115 – 1120, ISBN 978-86-7498-110-8 Halpaap, W., 1979. Der Weg der DIN 18230 - Rückblick und Ausblick, Schaden prisma 4, 57 – 66, ISSN 0343 - 3560 Purt, G., 1972. The Evaluation of the Fire Risk as a Basis for Planning Automatic Fire Protection Systems, Fire Technology 8:4, 291- 300, ISSN 0015 2684 Savanović, M., Arandjelović, I., Tanasić, N., Rajić, R., Djokić, V. , Djokić, D., 2021. Fire resistance of boiler room building structure for liquid and gaseous fuels, Structural integrity and life, 16:3, 290 – 293, ISSN 1451-3749 Savanović, M., Arandjelović, I., Tanasić, N., Rajić, R. 2022. Design fire resistance of boiler room building structure for solid fuels, Procesing ’22 Todorović, D., Stanojević M. and Jovović A. (Ed.), 2022, 107 – 111, ISBN 978-86-85535-12-3, Belgrade, June 2022, SMETITS, Belgrade, Serbia,