Mechanism Research on Cylinder Liner Groove of the Ultrasonic Plateau-Honing

Quan Cheng; X.J. Zhu; Jian Qing Wang; Zhi Meng Lu

doi:10.4028/www.scientific.net/AMR.135.107

Paper Titles

The Contact Pressure Distribution and its Effects on the Magnetic Disc Substrate Surface Profiles in Chemical Mechanical Polishing
p.84

Study on Friction Force Distribution on Silicon Wafer Surface in CMP Process
p.90

Statistical Analysis of Cutting Forces in Turning Inconel 718 with Coated Carbide Tools
p.96

The Research of the Logarithmic Spiral Axis and NC Machining
p.102

Mechanism Research on Cylinder Liner Groove of the Ultrasonic Plateau-Honing
p.107

Improving the Precision of Gear Honing with External Honing Ring Using Diamond Dressing Gear
p.111

Post Processing Algorithm of Ultrasonic-Magnetorheological Combined Finishing for Aspheric Surfaces
p.116

Investigation into the Process of Selective Laser Melting Rapid Prototyping Manufacturing for Space-Curve-Meshing-Wheel
p.122

The Relationship between the Distribution Characteristics of Cutting Speed at the Contact-Point and the Surface Quality of Gear Teeth
p.128

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Mechanism Research on Cylinder Liner Groove of the Ultrasonic Plateau-Honing

Abstract:

Surface-supporting length ratio tp is one of the most important parameters to judge the cylinder liner’s surface quality, which has the obvious influence of on engine oil consumption, blow-by and wearing in. Effective peaks-cutted force has been studied, which is the force component of the supersonic platform honing surging force. It explained that the supersonic platform honing can combine the micro-honing and the platform honing, enhance the value of tp, which has the direct sense to the industrial practice.