Marko Pantic
University of Kragujevac, Faculty of Engineering, Faculty Member
Research Interests:
Research Interests:
Research Interests:
Research Interests:
The aim of this study is presenting AFM analysis of surface roughness of Lithium disilicate glass ceramic (IPS e.max CAD) under different finishing procedure (techniques): polishing, glazing and grinding. Lithium disilicate glass ceramics... more
The aim of this study is presenting AFM analysis of surface roughness of Lithium disilicate glass ceramic (IPS e.max CAD) under different finishing procedure (techniques): polishing, glazing and grinding. Lithium disilicate glass ceramics is all-ceramic dental system which is characterized by high aesthetic quality and it can be freely said that properties of material provide all prosthetic requirements: function, biocompatibility and aesthetic. Experimental tests of surface roughness were investigated on 4 samples with dimensions: 18 mm length, 14 mm width and 12 mm height. Contact surfaces of three samples were treated with different finishing procedure (polishing, glazing and grinding), and the contact surface of the raw material is investigated as a fourth sample. Experimental measurements were done using the Atomic Force Microscopy (AFM) of NT-MDT manufacturers, in the contact mode. All obtained results of different prepared samples are presented in the form of specific roughne...
Research Interests:
Free carriers in thin films was analysed using Green's function method including quantum size effect and effect of boundaries to Hamiltonian parameters. We calculate diagonal components of electron... more
Free carriers in thin films was analysed using Green's function method including quantum size effect and effect of boundaries to Hamiltonian parameters. We calculate diagonal components of electron Green's functions, local densities of states, Fermi energy and spatial distribution of carriers concentration in thin film. The numerical calculations performed for GaAs films show that spatial distribution of free carriers may
Research Interests:
This paper deals with the problem of defining the trajectory of a stiff burnishing tool that would be optimal from the point of view of surface quality. The basic goal of this work is to gain an insight into the very process from the... more
This paper deals with the problem of defining the trajectory of a stiff burnishing tool that would be optimal from the point of view of surface quality. The basic goal of this work is to gain an insight into the very process from the microscopic aspect, with the primary focus on material flow and roughness variations. Based on theoretical considerations, we planned an experiment with the aim to verify the initial hypotheses about the analysis of roughness change and a determination of the optimal depth of the workpiece penetration. Through matching and the superposition of surface profiles formed at various contact pressures, i.e., various burnishing forces and various penetration depths of the burnishing ball into the profile roughness, the phenomenon of roughness change was explained. Theoretical assumptions related to a determination of the optimum tool trajectory have largely been confirmed from the point of view of surface quality. The balls within the stiff tool system, which ...
The paper reviews contemporary research in the area of hybrid composites based on zinc and aluminium alloys reinforced with SiC and graphite particles. Metal matrix composites (MMCs) based on ZA matrix are being increasingly applied as... more
The paper reviews contemporary research in the area of hybrid composites based on zinc and aluminium alloys reinforced with SiC and graphite particles. Metal matrix composites (MMCs) based on ZA matrix are being increasingly applied as light-weight and wear resistant materials. Aluminium matrix composites with multiple reinforcements (hybrid AMCs) are finding increased applications because of improved mechanical and tribological properties and hence are better substitutes for single reinforced composites. The results of research show that the hybrid composites possess higher hardness, higher tensile strength, better wear resistance and lower coefficient of friction when compared to pure alloys.
Research Interests:
Research Interests: Materials Engineering, Materials Science, Composite Materials and Structures, Composites, Materials Characterisation, and 15 moreComposite Materials, Metal matrix composite, Materials Science and Engineering, Material Science, Aluminum, Aluminium Alloys, Metal Matrix Composites, Composite, Composite Material, Aluminium Based Composite Material, Aluminium, aluminum MMCs, Silicon Carbide Composites, Compocasting, and Composite fabrication(Composite Materials, Metal matrix composite, Materials Science and Engineering, Material Science, Aluminum, Aluminium Alloys, Metal Matrix Composites, Composite, Composite Material, Aluminium Based Composite Material, Aluminium, aluminum MMCs, Silicon Carbide Composites, Compocasting, and Composite fabrication)
(Composite Materials, Metal matrix composite, Materials Science and Engineering, Material Science, Aluminum, Aluminium Alloys, Metal Matrix Composites, Composite, Composite Material, Aluminium Based Composite Material, Aluminium, aluminum MMCs, Silicon Carbide Composites, Compocasting, and Composite fabrication)
Research Interests: Composite Materials and Structures, Composites, Composite Materials, Corrosion, Casting, and 15 moreAluminum, Graphite, Aluminium Alloys, Composite, Aluminum Alloys, Composite Material, Aluminium Based Composite Material, Aluminium, aluminum MMCs, Aluminium Cast Alloys, Aluminium Metal Matrix, Aluminium Matrix Composites, Aluminum Alloy, Aluminum MMC, and Composite fabrication
Research Interests:
The structural, mechanical and tribological properties of ZA-27/SiC nanocomposites were investigated at micro/nanoscale. The nanocomposites with different volume fractions of nano-sized SiC particles were produced using the compocasting... more
The structural, mechanical and tribological properties of ZA-27/SiC nanocomposites were investigated at micro/nanoscale. The nanocomposites with different volume fractions of nano-sized SiC particles were produced using the compocasting technique. The microstructure of nanocomposites was characterized with formation of SiC nano agglomerates, which were relatively uniformly distributed. The increase in SiC content contributed to the uniformity of their distribution. Also, the phenomenon of particle segregation in the form of particle-rich clusters, as well as particle-porosity clusters, was identified. The density level of composites decreased with the increase of the SiC content. The porosity followed a reverse trend. The tendency for formation of local particle-porosity clusters was the highest in ZA-27/1% SiC nanocomposite, causing the highest level of porosity. Increasing percentage of SiC content was followed by the increase in micro/nanohardness of the composites. The results o...
Research Interests:
Research Interests: Composite Materials and Structures, Composites, Composite Materials, Aluminum, Graphite, and 15 moreAluminium Alloys, Composite, Aluminum Alloys, Composite Material, Material, Composite structures, Hybrid Composites, Aluminium, aluminum MMCs, Compocasting, Aluminium Matrix Composites, Aluminium Alloy, Ceramics Composites, Aluminum MMC, and Composite fabrication
ABSTRACT The problem of measuring static friction at high temperatures and low contact pressures is theoretically analyzed, as well as the instruments for the accurate determination of the coefficient of static friction at high... more
ABSTRACT The problem of measuring static friction at high temperatures and low contact pressures is theoretically analyzed, as well as the instruments for the accurate determination of the coefficient of static friction at high temperatures for contact pairs made of steel and bronze. The results of experimental investigation show that at low contact pressure and temperature above 120°C coefficient of static friction dramatically increases. This increase in the coefficient of friction can be of great practical value with regard to the load capacity of contacts where external forces are balanced with friction forces.
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ABSTRACT The influence of surface roughness on the coating adhesion of electrodeposited chrome coatings with different roughnesses, has been evaluated using scratch testing technique. Coatings were deposited on the high alloyed tool... more
ABSTRACT The influence of surface roughness on the coating adhesion of electrodeposited chrome coatings with different roughnesses, has been evaluated using scratch testing technique. Coatings were deposited on the high alloyed tool steel. Photographs of the scratch grooves were recorded by the built-in optical microscope, at moments when critical loads had been reached. Crack pattern development was investigated. Results indicated that the increase of surface roughness lowers coating adhesion. Rough surfaces promote early coating failure, extensive spallation and early exposure of the substrate material.
Research Interests:
Research Interests:
The paper reviews contemporary research in the area of hybrid composites based on zinc and aluminium alloys reinforced with SiC and graphite particles. Metal matrix composites (MMCs) based on ZA matrix are being increasingly applied as... more
The paper reviews contemporary research in the area of hybrid composites
based on zinc and aluminium alloys reinforced with SiC and graphite
particles. Metal matrix composites (MMCs) based on ZA matrix are being
increasingly applied as light-weight and wear resistant materials.
Aluminium matrix composites with multiple reinforcements (hybrid AMCs)
are finding increased applications because of improved mechanical and
tribological properties and hence are better substitutes for single reinforced
composites. The results of research show that the hybrid composites possess
higher hardness, higher tensile strength, better wear resistance and lower
coefficient of friction when compared to pure alloys.
based on zinc and aluminium alloys reinforced with SiC and graphite
particles. Metal matrix composites (MMCs) based on ZA matrix are being
increasingly applied as light-weight and wear resistant materials.
Aluminium matrix composites with multiple reinforcements (hybrid AMCs)
are finding increased applications because of improved mechanical and
tribological properties and hence are better substitutes for single reinforced
composites. The results of research show that the hybrid composites possess
higher hardness, higher tensile strength, better wear resistance and lower
coefficient of friction when compared to pure alloys.
Research Interests:
Research Interests:
This paper presents basic tribological properties of A356/10SiC/1Gr hybrid composites in conditions with lubrication. Hybrid composite specimen is obtained by compocasting procedure. A356 aluminium alloy is used as a base matrix alloy,... more
This paper presents basic tribological properties of A356/10SiC/1Gr hybrid composites in conditions with lubrication. Hybrid composite specimen is obtained by compocasting procedure. A356 aluminium alloy is used as a base matrix alloy, reinforced with 10wt% of SiC and 1wt% of graphite. Tribological
tests are done on advanced and computer supported tribometer with block‐ondisc contact pair. By the experimental plan, test is conducted under three different values of sliding speed, three different values of normal load, different sliding distances, and also different lubricants. SEM and EDS are used for wear analysis. The analysis has shown the presence of MML, which means that there was transfer of material from steel disc to composite block.
tests are done on advanced and computer supported tribometer with block‐ondisc contact pair. By the experimental plan, test is conducted under three different values of sliding speed, three different values of normal load, different sliding distances, and also different lubricants. SEM and EDS are used for wear analysis. The analysis has shown the presence of MML, which means that there was transfer of material from steel disc to composite block.
Research Interests: Engineering, Materials Engineering, Mechanical Engineering, Materials Science, Composite Materials and Structures, and 45 moreComposites, Tribology (Engineering), Materials, Materials Characterisation, Scanning Electron Microscopy, Composite Materials, Metal matrix composite, Tribology, Materials Science and Engineering, Material Science, Materials science (Materials), • Composite Fabrication, Materials development, Aluminum, Graphite, Aluminium Alloys, Silicon Carbide, Metal Matrix Composites, Composite, Aluminum Alloys, Composite Material, Material, Composite structures, Metallurgical and Materials Engineering, Hybrid Composites, Materials Characterization, Metal Matrix Composite materials, processing and manufacturing, Aluminium, Material Science and Engineering, Tribology, Friction, Wear, Composite Materals, aluminum MMCs, Silicon Carbide Composites, ALUMINIUM MMC, Compocasting, Aluminium Matrix Composites, Tribological Properties, Aluminium Alloy, Al-based MMCs, Tribological Behaviour, Aluminium Metal Matrix Composites (Al-MMC), Ceramics Composites, Aluminum MMC, #Tribology, and Tribological behaviour of Al and its alloy(Composites, Tribology (Engineering), Materials, Materials Characterisation, Scanning Electron Microscopy, Composite Materials, Metal matrix composite, Tribology, Materials Science and Engineering, Material Science, Materials science (Materials), • Composite Fabrication, Materials development, Aluminum, Graphite, Aluminium Alloys, Silicon Carbide, Metal Matrix Composites, Composite, Aluminum Alloys, Composite Material, Material, Composite structures, Metallurgical and Materials Engineering, Hybrid Composites, Materials Characterization, Metal Matrix Composite materials, processing and manufacturing, Aluminium, Material Science and Engineering, Tribology, Friction, Wear, Composite Materals, aluminum MMCs, Silicon Carbide Composites, ALUMINIUM MMC, Compocasting, Aluminium Matrix Composites, Tribological Properties, Aluminium Alloy, Al-based MMCs, Tribological Behaviour, Aluminium Metal Matrix Composites (Al-MMC), Ceramics Composites, Aluminum MMC, #Tribology, and Tribological behaviour of Al and its alloy)
(Composites, Tribology (Engineering), Materials, Materials Characterisation, Scanning Electron Microscopy, Composite Materials, Metal matrix composite, Tribology, Materials Science and Engineering, Material Science, Materials science (Materials), • Composite Fabrication, Materials development, Aluminum, Graphite, Aluminium Alloys, Silicon Carbide, Metal Matrix Composites, Composite, Aluminum Alloys, Composite Material, Material, Composite structures, Metallurgical and Materials Engineering, Hybrid Composites, Materials Characterization, Metal Matrix Composite materials, processing and manufacturing, Aluminium, Material Science and Engineering, Tribology, Friction, Wear, Composite Materals, aluminum MMCs, Silicon Carbide Composites, ALUMINIUM MMC, Compocasting, Aluminium Matrix Composites, Tribological Properties, Aluminium Alloy, Al-based MMCs, Tribological Behaviour, Aluminium Metal Matrix Composites (Al-MMC), Ceramics Composites, Aluminum MMC, #Tribology, and Tribological behaviour of Al and its alloy)
This paper presents basic tribological properties of A356/10SiC/1Gr hybrid composites in conditions with lubrication. Hybrid composite specimen is obtained by compocasting procedure. A356 aluminium alloy is used as a base matrix alloy,... more
This paper presents basic tribological properties of A356/10SiC/1Gr hybrid composites in conditions with lubrication. Hybrid composite specimen is obtained by compocasting procedure. A356 aluminium alloy is used as a base matrix alloy, reinforced with 10wt% of SiC and 1wt% of graphite. Tribological tests are done on advanced and computer supported tribometer with block-on-disc contact pair. By the experimental plan, test is conducted under three different values of sliding speed, three different values of normal load, different sliding distances, and also different lubricants. SEM and EDS are used for wear analysis. The analysis has shown the presence of MML, which means that there was transfer of material from steel disc to composite block.
In the paper were shown the test results of tribological characteristics of hybrid composites with alloy base A356 reinforced by SiC and graphite. Hybrid composites are obtained by compo casting procedure. Tribological tests are realized... more
In the paper were shown the test results of tribological characteristics of hybrid composites with alloy base A356 reinforced by SiC and graphite. Hybrid composites are obtained by compo casting procedure. Tribological tests are realized on tribometer with block on disc compact pair in Tribological Center of Faculty of Engineering in Kragujevac. The tests were done for different normal load values, sliding speeds, sliding distance, with and without lubrication. Hybrid composite with 10% SiC and 1% graphite was used as a material. The main parameter analyzed in the paper is coefficient of friction obtained in the conditions with and without lubrication.
Research Interests: Materials Engineering, Materials Science, Composite Materials and Structures, Composites, Tribology (Engineering), and 19 moreMaterials Characterisation, Composite Materials, Metal matrix composite, Tribology, Materials Science and Engineering, Material Science, Materials science (Materials), • Composite Fabrication, Aluminum, Aluminium Alloys, Metal Matrix Composites, Composite, Composite Material, Aluminium Based Composite Material, Aluminium, aluminum MMCs, Silicon Carbide Composites, Compocasting, and Tribological Properties(Materials Characterisation, Composite Materials, Metal matrix composite, Tribology, Materials Science and Engineering, Material Science, Materials science (Materials), • Composite Fabrication, Aluminum, Aluminium Alloys, Metal Matrix Composites, Composite, Composite Material, Aluminium Based Composite Material, Aluminium, aluminum MMCs, Silicon Carbide Composites, Compocasting, and Tribological Properties)
(Materials Characterisation, Composite Materials, Metal matrix composite, Tribology, Materials Science and Engineering, Material Science, Materials science (Materials), • Composite Fabrication, Aluminum, Aluminium Alloys, Metal Matrix Composites, Composite, Composite Material, Aluminium Based Composite Material, Aluminium, aluminum MMCs, Silicon Carbide Composites, Compocasting, and Tribological Properties)
This paper presents tribological characteristics of hybrid composites with aluminium matrix, reinforced with silicon carbide (SiC) and graphite (Gr). Newly formed Al/SiC/Gr hybrid composites are the combination of the two different... more
This paper presents tribological characteristics of hybrid composites with aluminium
matrix, reinforced with silicon carbide (SiC) and graphite (Gr). Newly
formed Al/SiC/Gr hybrid composites are the combination of the two different hybrid
materials. Namely, hard particles of silicon carbide increase the hardness and
resistance to wear, while soft particles of graphite improve lubrication and reduce
friction coefficient and wear. It is possible to obtain Al/SiC/Gr hybrid composites
by different methods of casting. Tribological tests show that load, sliding speed,
sliding distance, content and size of reinforcement particles influence the size
and the type of wear and friction coefficient of Al/SiC/Gr hybrid composites with
aluminium matrix.
matrix, reinforced with silicon carbide (SiC) and graphite (Gr). Newly
formed Al/SiC/Gr hybrid composites are the combination of the two different hybrid
materials. Namely, hard particles of silicon carbide increase the hardness and
resistance to wear, while soft particles of graphite improve lubrication and reduce
friction coefficient and wear. It is possible to obtain Al/SiC/Gr hybrid composites
by different methods of casting. Tribological tests show that load, sliding speed,
sliding distance, content and size of reinforcement particles influence the size
and the type of wear and friction coefficient of Al/SiC/Gr hybrid composites with
aluminium matrix.
Research Interests: Materials Engineering, Materials Science, Composite Materials and Structures, Ceramics (Ceramics), Composites, and 45 moreTribology (Engineering), Materials, Materials Characterisation, Composite Materials, Metal matrix composite, Tribology, Materials Science and Engineering, Material Science, Material Engineering, Corrosion, • Composite Fabrication, Casting, Materials development, Aluminum, Material sciences, Graphite, Aluminium Alloys, Silicon Carbide, Tribologia, Metal Matrix Composites, Mechanical engineering- material science- composite materials, Composite, Aluminum Alloys, A356 Al-Si Alloys, Composite Material, Hybrid Composites, Materials Characterization of Ceramic Composites, Materials Characterization, Metal Matrix Composite materials, processing and manufacturing, Aluminium Based Composite Material, Material Science and Engineering, Tribology, Friction, Wear, ALUMINUM MATRIX COMPOSITE, MATERIAL SCIENCE, aluminum MMCs, Silicon Carbide Composites, ALUMINIUM MMC, Aluminium Cast Alloys, Aluminium Metal Matrix, Aluminium Matrix Composites, Tribological Properties, Al-based MMCs, Aluminium Metal Matrix Composites (Al-MMC), Aluminum Alloy, Aluminum MMC, and #Tribology(Tribology (Engineering), Materials, Materials Characterisation, Composite Materials, Metal matrix composite, Tribology, Materials Science and Engineering, Material Science, Material Engineering, Corrosion, • Composite Fabrication, Casting, Materials development, Aluminum, Material sciences, Graphite, Aluminium Alloys, Silicon Carbide, Tribologia, Metal Matrix Composites, Mechanical engineering- material science- composite materials, Composite, Aluminum Alloys, A356 Al-Si Alloys, Composite Material, Hybrid Composites, Materials Characterization of Ceramic Composites, Materials Characterization, Metal Matrix Composite materials, processing and manufacturing, Aluminium Based Composite Material, Material Science and Engineering, Tribology, Friction, Wear, ALUMINUM MATRIX COMPOSITE, MATERIAL SCIENCE, aluminum MMCs, Silicon Carbide Composites, ALUMINIUM MMC, Aluminium Cast Alloys, Aluminium Metal Matrix, Aluminium Matrix Composites, Tribological Properties, Al-based MMCs, Aluminium Metal Matrix Composites (Al-MMC), Aluminum Alloy, Aluminum MMC, and #Tribology)
(Tribology (Engineering), Materials, Materials Characterisation, Composite Materials, Metal matrix composite, Tribology, Materials Science and Engineering, Material Science, Material Engineering, Corrosion, • Composite Fabrication, Casting, Materials development, Aluminum, Material sciences, Graphite, Aluminium Alloys, Silicon Carbide, Tribologia, Metal Matrix Composites, Mechanical engineering- material science- composite materials, Composite, Aluminum Alloys, A356 Al-Si Alloys, Composite Material, Hybrid Composites, Materials Characterization of Ceramic Composites, Materials Characterization, Metal Matrix Composite materials, processing and manufacturing, Aluminium Based Composite Material, Material Science and Engineering, Tribology, Friction, Wear, ALUMINUM MATRIX COMPOSITE, MATERIAL SCIENCE, aluminum MMCs, Silicon Carbide Composites, ALUMINIUM MMC, Aluminium Cast Alloys, Aluminium Metal Matrix, Aluminium Matrix Composites, Tribological Properties, Al-based MMCs, Aluminium Metal Matrix Composites (Al-MMC), Aluminum Alloy, Aluminum MMC, and #Tribology)