Keywords: اصطکاک و پوشیدن; Brake friction materials; Extension evaluation method; Friction and wear;
مقالات ISI اصطکاک و پوشیدن (ترجمه نشده)
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Keywords: اصطکاک و پوشیدن; EP/XNBR; Friction and wear; Soft paper-based friction materials; Vulcanization and ionic crosslinking network;
Keywords: اصطکاک و پوشیدن; Thin films; Carbon onions; Friction and wear; Superlubricity;
Keywords: اصطکاک و پوشیدن; Cylinder liner; Plateau honing; Friction and wear; Boundary lubrication;
Keywords: اصطکاک و پوشیدن; Carbon nanotubes; Polydopamine functionalization; Cu nanoparticles; Friction and wear;
Keywords: اصطکاک و پوشیدن; Blowing air; Magnetic field; Vibration and noise; Wear debris; Friction and wear;
Keywords: اصطکاک و پوشیدن; Alumina; Ceramics guideway; Friction and wear; Wear mechanism;
Keywords: اصطکاک و پوشیدن; Polymer matrix composites (PMCs); Friction and wear; Transfer film formation; Tribochemistry; XPS; ATR-IR;
Keywords: اصطکاک و پوشیدن; Metallic glass; Laser processing; Microstructure; X-ray diffraction; Friction and wear; Scanning electron microscopy;
Keywords: اصطکاک و پوشیدن; TiN; Microstructure; Friction and wear; Hardness; Deformation;
Keywords: اصطکاک و پوشیدن; Paper-based friction materials; Organosilicon; Friction and wear;
Keywords: اصطکاک و پوشیدن; Mullite whisker; Aspect ratio; Phase composition; Friction and wear;
Keywords: اصطکاک و پوشیدن; Polyimide; Isomerism; Mechanical property; Friction and wear;
Keywords: اصطکاک و پوشیدن; Rough DLC films; Silicon nitride; Friction and wear; Boundary lubrication;
Keywords: اصطکاک و پوشیدن; Friction and wear; Nano-hBN; Viscosity; Castor oil;
Keywords: اصطکاک و پوشیدن; Rice husk; Hydrothermal reaction; Nanoparticles; Friction and wear;
Keywords: اصطکاک و پوشیدن; Surface roughness; Texture direction; Torsional fretting; Friction and wear;
Keywords: اصطکاک و پوشیدن; Friction and wear; Laser surface textures; Ceramic; Dry friction;
Keywords: اصطکاک و پوشیدن; Graphene; Friction and wear; Surface textured; Humidity;
Keywords: اصطکاک و پوشیدن; Nanoparticles; Vegetable oils; Lubricating properties; Frictional test; Grinding experiment; Friction and wear;
Keywords: اصطکاک و پوشیدن; Copper fibre and carbon fibre; Flaky graphite; Friction and wear; Electric current;
Keywords: اصطکاک و پوشیدن; Boundary lubrication; Friction and wear; Tribofilms; XPS surface analysis; Surface topography; Ferrographic oil analysis;
Keywords: اصطکاک و پوشیدن; Thermal reduction; Sulfuric acid; Graphene additives; Friction and wear;
Keywords: اصطکاک و پوشیدن; Plasma spraying; Alumina-yttria; Coating; Friction and wear;
Keywords: اصطکاک و پوشیدن; Composite coating; Friction and wear; Tribological behavior;
Keywords: اصطکاک و پوشیدن; Polymer; Friction and wear; Solid; Liquid;
Keywords: اصطکاک و پوشیدن; Hybrid texturing; Polyphenylene sulfide; Texturing; Friction and wear
Keywords: اصطکاک و پوشیدن; Resin transfer molding; Nanocomposites; Polymer matrix composites; Nano-cellulose fiber; Tribology; Friction and wear
Keywords: اصطکاک و پوشیدن; Steel; Gas atmosphere; Temperature; Friction and wear
Keywords: اصطکاک و پوشیدن; Friction and wear; Adhesion; Hysteresis; Wear debris; Mechanism;
Keywords: اصطکاک و پوشیدن; Resin/graphite composite; Friction and wear; “Dusting” wear; Transfer film;
Keywords: اصطکاک و پوشیدن; Paper-based friction materials; Carbon fiber content; Friction and wear; Oil lubricated conditions.;
Keywords: اصطکاک و پوشیدن; Aspect ratio; Aramid fiber; Friction material; Friction and wear;
Keywords: اصطکاک و پوشیدن; Tin; Overlay; Bearing materials; Friction and wear
Keywords: اصطکاک و پوشیدن; Polycrystalline diamond; Vacuum; Friction and wear; Wear mechanism;
Keywords: اصطکاک و پوشیدن; Lead-free; Bearing materials; Friction and wear
Keywords: اصطکاک و پوشیدن; Cold spray; Copper coating; Composite Cu+Al2O3 coatings; Microstructure; Friction and wear;
Keywords: اصطکاک و پوشیدن; Space; Friction and wear; Laser processing; Metal matrix lubricant coating;
Keywords: اصطکاک و پوشیدن; Arc discharge; Friction and wear; Arc erosion; Oxidative wear;
Keywords: اصطکاک و پوشیدن; NbCx thin films; Sputtering; Microstructure; Hardness; Friction and wear
Keywords: اصطکاک و پوشیدن; Ionic liquid crystals; Triborheology; Friction and wear; Orientational dynamics;
Keywords: اصطکاک و پوشیدن; Pin-on-disc; Coatings; Uncertainty; Friction and wear;
Keywords: اصطکاک و پوشیدن; a-C:H coating; Transfer layer; Tribochemistry; Friction and wear;
Keywords: اصطکاک و پوشیدن; Friction and wear; Oil lubricated; Paper-based friction material; Glass fiber;
Effect of laser peening on friction and wear behavior of medical Ti6Al4V alloy
Keywords: اصطکاک و پوشیدن; Laser peening; Ti6Al4V alloy; Friction and wear; Wear mechanism;
Tribological behaviour of high performance polymers and polymer composites at elevated temperature
Keywords: اصطکاک و پوشیدن; High performance polymers; Nanoparticles; Friction and wear; Transfer film; Nanoindentation;
Tribological behaviour of Fe3Al-Ba0.25Sr0.75SO4 self-lubricating composites in vacuum and air
Keywords: اصطکاک و پوشیدن; Fe3Al based composites; Ba0.25Sr0.75SO4; Vacuum and air; Friction and wear; Self-lubrication;
Tribological behaviour of the steel/bronze friction pair (journal bearing type) functioning with selective mass transfer
Keywords: اصطکاک و پوشیدن; Selective mass transfer; Superficial layer; Covered surfaces; Diffuse mass transfer; Friction and wear; Reliability;
Comparisons of tribological and electrochemical properties of CrSiC and CrSiCN coatings in seawater
Keywords: اصطکاک و پوشیدن; CrSiC coating; CrSiCN coating; Friction and wear; Electrochemical properties; Seawater;
Friction and wear behavior of SiC particles deposited onto paper-based friction material via electrophoretic deposition
Keywords: اصطکاک و پوشیدن; SiC particles; Paper-based friction material; Friction and wear; Electrophoretic deposition;