Scientific title: Junior Research Assistant
Education: Master in Mechanical Engineering
Laboratory: Application of information technology in engineering
Contact:
- Address: Institute for Information Technologies Kragujevac, Jovana Cvijića bb, 34000 Kragujevac.
- E-mail: milospesic@uni.kg.ac.rs, milospesic1736@gmail.com
Brief description of the research
- Further development of devices and methodology for experimental testing of materials at different rates of deformation, with a special emphasis on testing materials at high rates of deformation.
- Experimental examination of the influence of differently formed stress waves on the deformation of materials when testing them at high deformation rates.
- Numerical and experimental research of the impact of the explosion blast wave.
- Numerical and experimental investigation of projectile penetration through the barrier.
- Experimental determination of critical ballistic velocity of projectiles.
Selected references
- Miloš S. Pešić, Aleksandra B. Živković, Aleksa D. Aničić, Lazar J. Blagojević, Petko M. Bonchev, Predrag R. Pantović, NUMERICAL ANALYSIS OF A FRONTAL IMPACT OF A 12.7 mm PROJECTILE ON AN ARMOR PLATE, Vojnotehnički glasnik, Vol.70, Issue 4, pp. 897-923, ISSN 0042-8469, DOI: 10.5937/vojtehg70-38412, 2022 – M51
- Miloš Pešić, Nikola Jović, Vladimir Milovanović, Danilo Savić, Aleksa Aničić, Miroslav Živković, Slobodan Savić, FEM ANALYSIS OF ANTI-MINING PROTECTION OF ARMORED VEHICLES, Applied Engineering Letters, Vol.7, No.3/4, pp. 89-99, ISSN 2466-4847, DOI: 10.18485/aeletters.2022.7.3.1, 2022 – M51
- Miloš Pešić, Nikola Jović, Vladimir Milovanović, Mladen Pantić, Miroslav Živković, FE MESH DENSITY INFLUENCE ON BLAST LOADING ANALYSIS, 9th International Congress Motor Vehicles & Motors, Ecology – Vehicle and Road Safety – Efficiency, Kragujevac, Serbia, 2022, 13th – 14th October, ISBN 978-86-6335-096-0 – M33
- Miloš Pešić, Marko Miljaković, Vladimir Kočović, Živana Jovanović Pešić, Nikola Jović, Jasmina Miljojković, Aleksandar Bodić, OPTIMIZATION AND EFFICIENCY ANALYSIS OF MUZZLE BRAKE FOR SNIPER RIFLE, 6th International Scientific Conference COMETa 2022 – “Conference on Mechanical Engineering Technologies and Applications”, East Sarajevo, Bosnia and Herzegovina, 2022, 17 – 17 November, pp. 518 – 526, ISBN 978-99976-947-6-8 – M33
