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Articles by keyword: «Sliding Wear»

• A Novel Model of Steady-State Sliding Wear with Electrical Current
  Published in: Emerging Focus on Advanced Materials (p782)
• Comparison of the Friction and Wear Properties of PTFE Coatings under Vacuum Conditions before and after Gamma Irradiation
  Published in: Advanced Materials and Processes (p1177)
• Development in Wear Resistance of Fe-0.7Cr-0.8Mn Milling Balls through In Situ Reinforcing with Low Weight Percent TiC
  Published in: Materials Science and Engineering Application II (p262)
• Effect of Carbon on Frictional Wear Behaviours of High Vanadium High Speed Steel under Dry Sliding Condition
  Published in: PRICM7 (p370)
• Effect of h-BN Content on the Sintering of SS316L/h-BN Composites
  Published in: Processing and Fabrication of Advanced Materials (p216)
• Experimental Investigation on Wear of FDM Processed Part
  Published in: Materials and Manufacturing Technologies XIV (p883)
• Fabrication and Wear Behavior Investigation of the Carbon/Epoxy Composites Based on Wood Using Artificial Neural Networks
  Published in: Materials Science and Engineering Application II (p95)
• Friction and Wear Behaviors of Al₂O₃ Based Ceramic Tool Materials at Temperatures up to 800°C
  Published in: Mechanical Engineering, Materials and Energy (p908)
• Influence of TiO₂ and ZrO₂ Nano Particles Addition in Al₂O₃ Base Coating Using Plasma Spraying
  Published in: Mechanical and Aerospace Engineering (p1849)
• Influence of Wear and Backlash on Machined PEEK Polymer Bushes and 7075 Aluminium Alloy Cam Plates Used in Robot Joints
  Published in: Mechatronics and Applied Mechanics (p1178)
• Sliding Wear Behaviour of Cu-10Fe-3Ag In Situ Composite
  Published in: Advanced Engineering Materials (p1572)
• Solid Phase’s Transformations in Boron Carbide Based Composites during Heat Treatment
  Published in: Solid Phase Transformations (p175)
• Subsurface Deformation of Worn Al-Cu and Al-Mg Alloys
  Published in: Advances in Fracture and Materials Behavior (p483)
• The Wear and Drag Prediction of the 2D Micro-Asperities on Textured Wall
  Published in: Materials and Design (p1489)
• The Wear and Drag Predictions of the Micro-Asperities on Textured Wall
  Published in: Equipment Manufacturing Technology and Automation (p1886)