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Articles by keyword: «Contact Area»

• Analysis of Roughness in Super-High Speed Point Grinding
  Published in: Advances in Abrasive Technology XIII (p101)
• Design of Material Electrostatic Test Platform
  Published in: Green Power, Materials and Manufacturing Technology and Applications (p321)
• Effects of Impact Angle on Cone Crack Formation in Impact-Loaded Soda-Lime Glass
  Published in: Advances in Fracture and Failure Prevention (p319)
• Effects of Surface Cleanness, Bonding Pressure and Contact Area of ACF on Interfacial Impedance of Chip on Glass Bonding in Flat Panel Display Assembly
  Published in: Optics Design and Precision Manufacturing Technologies (p618)
• FEA on Deformation Behavior of Glass Plate in Elastic Deformation Machining Process
  Published in: Ultra-Precision Machining Technologies (p289)
• Forefoot Plantar Pressure Distribution Character during Inversion Position
  Published in: Advanced Materials and Computer Science (p666)
• Fretting Fatigue Behavior of Structural Steels
  Published in: Fracture and Strength of Solids IV (p939)
• Hip Simulator Study of Ceramic-Ceramic and Ceramic-PE-Couplings with Different Head Diameters
  Published in: Bioceramics 18 (p1269)
• Logarithmic Spiral Bevel Gear Tooth Contact Inspection
  Published in: Frontiers of Manufacturing and Design Science (p1345)
• Observation of Abrasive Grains Behavior in Contact Area of Grinding Wheel and Comparison with Grinding Wheel Model
  Published in: Advances in Abrasive Technology XI (p48)
• Relationship Between Stickiness and Surface Roughness Of Composite Materials: Atomic Force Microscopy and Intermolecular Adhesion Force Measurement
  Published in: Journal of Nano Research Vol. 6 (p225)
• Solving Method of Contact Area for Logarithmic Spiral Bevel Gear
  Published in: Advanced Measurement and Test X (p590)
• The Characterization of Adhesion and Friction of PDMS Polymer for Nanoimprinting Lithography
  Published in: Advances in Fracture and Strength (p269)
• Thermal Parameters of Sweat Lubricating Composite and its Effect on High Temperature Rolling Bearing
  Published in: Multi-Functional Materials and Structures II (p1895)