Rotating Strength of Glass-Carbon Fiber-Reinforced Hybrid Composite Discs

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概要

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• The rotating strength of a circumferentially fiber-reinforced disc depends on the radial strength of disc material. Increasing the rotating strength of the disc of a given composite material requires to reduce the maximum radial stress as much as possible. The utilization of the hoop effect of the outer fiber layer of high elastic modulus, as a method of reducing the radial stress, is theoretically investigated and experimentally confirmed with glass-carbon fiber-reinforced hybrid discs. Applicability of the circumferentially fiber-reinforced disc as the flywheel is discussed.

• 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

関連論文

• Cyclic Creep Behavior and Unstable Fracture under True Stress Controlled Cyclic Condition
• Plastic Theory of the Mechanical Ratcheting : Analysis by an Anisotropic Hardening Plastic Potential and Its Comparison with Experimental Results of Brass
• The Yield Condition and Flow Rule of a Metal for The Various Pre-Strain Paths
• Plastic Deformation Behavior of Metal for Complex Loading Paths
• 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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