Keywords: مجهز بودن; WCu alloys; Wear behavior; Wear mechanisms; High temperature properties;
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Keywords: مجهز بودن; Laser cladding (LC); Carbon fibers; Nickel based coating; Electrochemical corrosion; Wear mechanisms;
Keywords: مجهز بودن; Flax fabric/POM composites; Mechanical properties and abrasive wear performance; Weave structures; Wear mechanisms;
Keywords: مجهز بودن; Internal combustion engine; Wear mechanisms; Engine cylinder block; Cast iron; Piston ring; Flex-fuel;
Keywords: مجهز بودن; Stainless steel; Coating; Wear mechanisms; Axial piston pump;
Keywords: مجهز بودن; WC-Co cemented carbides; Abrasive wear resistance; Wear mechanisms; Microstructural of WC-Co; Tunnel Boring Machines; Cutting tools;
Keywords: مجهز بودن; Impregnated diamond bit; Wear mechanisms; Hard rock drilling; Bit/rock interaction; Phenomenological modeling; Interface laws;
Keywords: مجهز بودن; Iron based alloy; FeAl intermetallic; Scratch testing; Strain hardening; Microstructure; Wear mechanisms;
Keywords: مجهز بودن; Metal matrix nano composites; Response surface methodology; Wear mechanisms; Temperature effects;
Keywords: مجهز بودن; Aluminum/sintered-carbon composites; Mechanical strength; Microstructure; Wear mechanisms;
Keywords: مجهز بودن; Drill bit wear; Wear testing; Wear mechanisms; PDC; Rotary drill bits;
Keywords: مجهز بودن; Sliding friction; Wear test; Wear characteristics; Wear mechanisms; Middle plate-mixed material tribology;
Indirect Monitoring Method of Tool Wear using the Analysis of Cutting Force during Dry Machining of Ti Alloys
Keywords: مجهز بودن; Titanium alloys; Orthogonal cutting; Cutting force; Chip morphology; Wear mechanisms;
Keywords: مجهز بودن; Hip joint prosthesis; Measurement techniques; Surface topography; Tribological studies; Wear mechanisms;
Keywords: مجهز بودن; Cemented carbide; Rock drilling; Iron ore; Reptile skin; Wear mechanisms;
Keywords: مجهز بودن; Ferritic steels; Austenitic steels; High temperature two-body abrasion; High temperature hardness; Wear mechanisms; X-ray diffraction and line-profile analysis; Rietveld analysis;
Keywords: مجهز بودن; Expanded austenite; DC pulsed plasma nitriding; Ball-on-disc sliding wear; Wear mechanisms; Cross-sectional TEM; Quantitative X-ray diffraction;
Keywords: مجهز بودن; Artificial hip joint; Biomaterials; Tribological research; Surface topography; Surface measurement; Surface analysis; Wear mechanisms;
Keywords: مجهز بودن; Wear; Abrasion; Erosion; High-pressure die casting; Mold wear; Wear mechanisms; Mold lifespan;
Keywords: مجهز بودن; Supercritical carbon dioxide cooling; Sustainable machining environment; Cleaner manufacturing; High thermal conductivity steel (HTCS); Cryogenic cooling; Wear mechanisms; Tool wear;
Keywords: مجهز بودن; Carbon fabric reinforced phenolic composites; Tribological properties; Wear mechanisms; Service life;
Keywords: مجهز بودن; Carbon fabric friction materials; Tribological properties; Operating conditions; Wear mechanisms;
Keywords: مجهز بودن; Scanning probe microscopy; optical coatings; In-situ nanowear; Wear mechanisms;
Keywords: مجهز بودن; copper; carbon nanotubes (CNTs); SiC; microhardness; wear mechanisms; nanocomposite;
Keywords: مجهز بودن; Nanoscale wear; Roughness; Wear mechanisms;
Keywords: مجهز بودن; Oblique impacts; Impact angle; Finite element modeling; Wear mechanisms;
Keywords: مجهز بودن; Erosive wear; Montmorillonite (MMT) clay; Clay/crystal polystyrene-PS coating; Wear mechanisms;
Keywords: مجهز بودن; Microabrasion; Surface topography; Wear severity; Wear mechanisms;
Keywords: مجهز بودن; Wear mechanisms; Third body layer; Friction film; Disk pad; Shoe pad
Keywords: مجهز بودن; Abradable; Blade incursion; Wear mechanisms; Temperature; Tomography;
Keywords: مجهز بودن; Ground stone; Use-wear; Tribology; Experiments; Wear mechanisms;
Keywords: مجهز بودن; Lubricity; HFRR; Gasoline fuels; Wear mechanisms; Refinery streams; SEM
Keywords: مجهز بودن; Tool steels; Liquid nitrocarburizing; Sliding friction; Wear mechanisms; Carbide-forming elements;
The influence of modified vegetable oils on tool failure mode and wear mechanisms when turning AISI 1045
Keywords: مجهز بودن; Ionic liquids; Jatropha oil; Tool life and tool wear; Wear mechanisms;
Influence of high pressure torsion-induced grain refinement and subsequent aging on tribological properties of Cu-Cr-Zr alloy
Keywords: مجهز بودن; Cu-Cr-Zr alloy; Friction and wear behavior; Wear mechanisms; Ultrafine-grained materials;
Tribological behavior of αı/βı-SiAlON-TiN composites
Keywords: مجهز بودن; αı:βı-SiAlON-TiN composites; Tribology; Wear mechanisms; Microstructure; Cutting tool;
Effect of different lubricants on microstructural and tribological properties of TC21 titanium alloy against Si3N4 under fretting-reciprocating sliding
Keywords: مجهز بودن; Lubricant friction; TC21 titanium alloy; Lubrication film; Wear mechanisms;
Ex situ and in situ nanoscale wear mechanisms characterization of Zr/ZrxN tribological coatings
Keywords: مجهز بودن; Multilayer protective coatings; TEM microstructure characterization; In situ tribology; Wear mechanisms; Tribofilm;
Investigation on dry sliding wear behavior of Mg/BN nanocomposites
Keywords: مجهز بودن; Metal matrix composites; Wear; Friction coefficient; Wear mechanisms;
The tribological properties and wear mechanism of copper coated graphite doped Sialon ceramic composites at wide range temperature from 25 to 800â¯Â°C
Keywords: مجهز بودن; Sialon matrix composite; Tribological properties; Wear mechanisms; Wide range temperature;
Comparison of fretting behaviour of electrodeposited Zn-Ni and Cd coatings
Keywords: مجهز بودن; Fretting; Wear mechanisms; Stick-slip; Coatings;
Three-dimensional wear parameters and wear mechanisms in turning hardened steels with PCBN tools
Keywords: مجهز بودن; Three-dimensional wear parameters; Hard turning; PCBN tools; Wear mechanisms; Steel microstructure;
Friction and wear properties of zirconium diboride in sliding against WC ball
Keywords: مجهز بودن; ZrB2; Tungsten carbide; Friction; Wear rate; Wear mechanisms; Tribology;
A novel approach for wear and corrosion resistance in the electroless Ni-P-W alloy with CNFs co-depositions
Keywords: مجهز بودن; Electroless composite co-deposition; Wear rate; Microstructure; Wear mechanisms; Corrosion;
The role of PVD coating and coolant nature in wear development and tool performance in cryogenic and wet milling of Ti-6Al-4V
Keywords: مجهز بودن; Cryogenic machining; Titanium; Wear mechanisms; Crack propagation; Coating;
High temperature erosion behavior of spark plasma sintered ZrB2-SiC composites
Keywords: مجهز بودن; Zirconium diboride; Silicon carbide; Composites; Erosion wear; Wear mechanisms;
Flank wear characteristics of WC-Co tools when turning Alloy 718 with high-pressure coolant supply
Keywords: مجهز بودن; Wear mechanisms; High-pressure jet assisted machining; Cemented tungsten carbide; Alloy 718; Erosion; Co-capping;
Applicability of a recently proposed tribocorrosion model to CoCr alloys with different carbides content
Keywords: مجهز بودن; CoCr alloys; Sulfuric acid; Tribocorrosion; Wear mechanisms; Model;
The surface texture and its influence on the tribological characteristics of a friction pair: metal-polymer
Keywords: مجهز بودن; Surface texture; Measurement techniques; Friction coefficient; Wear intensity; Wear mechanisms;
Effect of load on the friction and wear characteristics of Si3N4-hBN ceramic composites sliding against steels
Keywords: مجهز بودن; Composite ceramics; Dry friction; Load; Wear mechanisms; Surface film;