光弾性実験用複合材料の開発に関する研究 : 第1報, 直交異方性複合材料の開発

概要

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In composite or concrete structures, to analyze the stress their concentration factor, stress distributions and fracture mechanics under forces by photoelastic experiment, it is necessary to develop photoelastic model materials. Thus the orthotropic photoelastic model material for the transparant-type photoelastic device was developed in this paper it is called Copper Fiber Epoxy Composite and abbreviated as C. F. E. C. It was found that C. F. E. C. as developed in this paper satisfied the properties which photoelastic model material should have. C. F. E. C. has the complete properties of a composite material. It is thought that C. F. E. C. can be applied to both medical engineering for modeling biological tissue and to the aerospace industry as orthotropic photoelastic material.
一般社団法人日本機械学会の論文
1989-01-25