Rotating Strength of Circumferentially Fiber-Reinforced Composite Discs

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概要

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• This paper presents the strength of the circular rotating discs of uniform thickness which have been molded out of glass fibers and polyester resins by the filament winding method. The molding process is characterized by the multilayered winding method to reduce the residual stresses developed due to the anisotropic shrinkage of the composite. The stress distribution and the failure criterion of the rotating discs are investigated theoretically and experimentally. It is shown that there is a good prospect of realizing high speed rotating discs by using fiber reinforced materials.

• 一般社団法人日本機械学会の論文

著者

• Hattori Toshio

  Formerly Graduate Student Tokyo Institute Of Technology:hitachi Ltd. Mechanical Engineering Research

• Shiratori Eiryo

  Professor Tokyo Institute Of Technology Research Laboratory Of Precision Machinery And Electronics

• Shiratori Eiryo

  Professor The Research Laboratory Of Precision Machinery And Electronics Tokyo Institute Of Technolo

• Ikegami Kozo

  Associate Professor Tokyo Institute Of Technology Research Laboratory Of Precision Machinery And Ele

• Ikegami Kozo

  Associate Professor The Research Laboratory Of Precision Machinery And Electronics

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• The Stress vactor and the Subsequent Yield Surface in Loading along the Strain Path with a Corner
• Plastic Behaviour in the Combined Loading along Straight Stress Paths with a Bend : Investigation on the Stress-Strain Relation by an Anisotropic Hardening Plastic Potential
• The Subsequent Yield Surfaces after Proportional Preloading of the Tresca-type Material
• The Influence of the Bauschinger Effect on the Subsequent Yield Condition
• Rotating Strength of Glass-Carbon Fiber-Reinforced Hybrid Composite Discs
• Rotating Strength of Circumferentially Fiber-Reinforced Composite Discs
• Application of the Fiber Reinforced Composite to Rotating Discs

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