Frontier Materials & Technologies
ISSN 2782-4039 (Print)
ISSN 2782-6074 (Online)
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Keywords
acoustic emission
aluminum
competence
corrosion
corrosion resistance
electrical conductivity
fracture
grinding
heat treatment
magnesium alloys
mathematical model
mechanical properties
microhardness
microstructure
modeling
nanoparticles
plastic deformation
professional competence
roughness
strength
structure
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Keywords
acoustic emission
aluminum
competence
corrosion
corrosion resistance
electrical conductivity
fracture
grinding
heat treatment
magnesium alloys
mathematical model
mechanical properties
microhardness
microstructure
modeling
nanoparticles
plastic deformation
professional competence
roughness
strength
structure
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No 2-2 (2015)
>
ASSESSMENT OF THERMAL CONDITION OF TURNING SCREW TOOLS WITH ANTI-WEAR COATINGS
>
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ASSESSMENT OF THERMAL CONDITION OF TURNING SCREW TOOLS WITH ANTI-WEAR COATINGS - PDF (Russian)
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