Slider Flying Characteristics over Bit Patterned Media Using the Direct Simulation Monte Carlo Method

Li, Hui; Amemiya, K.; Talke, Frank E.

doi:10.1299/jamdsm.4.49

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Slider Flying Characteristics over Bit Patterned Media Using the Direct Simulation Monte Carlo Method

Abstract: This work presents numerical simulation results of head/disk interface for bit patterned media using the direct simulation Monte Carlo method. The effects of geometry of the bit pattern and of temperature on the air bearing force are studied.

Cited by 3 publications

References 20 publications

Static and dynamic flying characteristics of a slider on bit-patterned media (dynamic responses based on frequency domain analysis)

Static and dynamic flying characteristics of a slider on bit-patterned media (dynamic responses based on frequency domain analysis)

Numerical simulation of bearing force over bit patterned media using 3D DSMC method

Numerical Simulation of Bearing Force Over Bit-Patterned Media using 3-D DSMC Method

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