Jasmina Blagojević

Jasmina Blagojević

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Jasmina Blagojević

Metalac a.d., Metalac Inko d.o.o., Gornji Milanovac, Serbia

Research Focus & Metrics

Academic Career Length

2Years (2025-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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2 January 2025 in Communications - Scientific letters of the University of Zilina
Verified
Journal Article
Open access
PDF file
JJJelena Jovanović
Jelena Jovanović
Sandra N GajevicSandra N Gajevic
Sandra N Gajevic
Slavica MiladinovicSlavica Miladinovic
Slavica Miladinovic
LILozica Ivanovic
Lozica Ivanovic
JBJasmina Blagojević
Jasmina Blagojević
Blaza StojanovićBlaza Stojanović
Blaza Stojanović
Journal Communications - Scientific Letters of the University of ?ilina is now a well-established open-access scientific journal aimed primarily at the topics connected with the field of transport.

25 June 2025 in Advanced Technologies & Materials
Verified
Journal Article
Open access
PDF file
JJJelena Jovanović
Jelena Jovanović
NMNikola Mitrović
Nikola Mitrović
Sandra N GajevicSandra N Gajevic
Sandra N Gajevic
Slavica MiladinovicSlavica Miladinovic
Slavica Miladinovic
JBJasmina Blagojević
Jasmina Blagojević
Blaza StojanovićBlaza Stojanović
Blaza Stojanović
This study examined the effect of abrasive action on the surface roughness and mass loss of laminate composites produced by the wet lay-up method. The paper describes in detail the production process of these composites and after the production process, the surface was analysed using an optical microscope. Surface roughness was monitored in the transverse and longitudinal directions, before and after processing with P3000 grit sandpaper, where a significant increase in roughness was observed with minimal mass loss. A more detailed analysis of mass loss included precise measurements in the time interval from 1 to 5 minutes, with the results showing that with extended grinding time the amount of worn material increases. Additionally, analysis using an optical microscope confirmed the successful production of laminate composites, with very little presence of trapped air bubbles recorded, indicating the high efficiency of the applied production process. Considering the characteristics of the used epoxy resin, the obtained results indicate high wear resistance of laminate composites, which is crucial for achieving aesthetically attractive components.