Noriaki Hishida

发表

Herringbone‐grooved bearing with non‐uniform grooves for high‐speed spindle

Shinichi Ikeda, Yo Arakawa, Noriaki Hishida, 2010 .

Fundamental Study on Oil Leakage from Tapered Seal at the Ends of Fluid Film Bearing for Precision Equipments : 2nd Report, Theoretical Study on Critical Speed for Oil Leakage(Machine Elements, Design and Manufacturing)

Masaki Hashimoto, Noriaki Hishida, Hiroshi Yabe, 2009 .

A Proposal of Optimum Groove Design Concepts of Spiral-Grooved Journal Bearings Applied to Spindles of Precision Equipments (2nd Report, A Guide for Reduction of Amplitude of Indicial Response)

Noriaki Hishida, Hiroshi Yabe, Tomoko Hirayama, 2006 .

Optimization of Groove Dimensions in Spiral-Grooved Journal Bearings for RRO or NRRO Characteristics

Noriaki Hishida, Hiroshi Yabe, Tomoko Hirayama, 2006 .

Optimization of Groove Dimensions in Spiral-Grooved Journal Bearings for Spindles of Precision Equipments

Noriaki Hishida, Hiroshi Yabe, Tomoko Hirayama, 2005 .

Fundamental Study on Oil Leakage from Tapered Seal at the Ends of Fluid Film Bearing for Precision Equipments : 3nd Report, Experimental Study on Meniscus Profile and Oil Leakage(Machine Elements, Design and Manufacturing)

Noriaki Hishida, Hiroshi Yabe, Tomoko Hirayama, 2009 .

Fundamental Study on Oil Leakage from Tapered Seal at Ends of Fluid Film Bearing for Precision Equipments

Noriaki Hishida, Hiroshi Yabe, Tomoko Hirayama, 2011 .

Performances of journal bearing with MoS2-shot coating for spindle of magnetic recording storage system

Noriaki Hishida, Hiroshi Yabe, Tomoko Hirayama, 2005 .

Optimization of groove dimensions in herringbone-grooved journal bearings for improved repeatable run-out characteristics

Noriaki Hishida, Takashi Matsuoka, Hiroshi Yabe, 2009 .

A Proposal of Optimum Groove Design Concepts of Spiral-Grooved Journal Bearings Applied to Spindles of Precisieon Equipments (1st Report, A Guide for Reduction of Amplitude of Repeatable Run-Out in Incompressible Fluid Film Bearings)

Noriaki Hishida, Hiroshi Yabe, Tomoko Hirayama, 2006 .