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A study on the development of photoelastic model material with shape memory effect
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 Title & Authors
A study on the development of photoelastic model material with shape memory effect
Lee, Hyo-Jae; Hwang, Jae-Seok; Shimamoto, Akira;
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 Abstract
The photoelastic model material with shape memory effect and the molding processes for the material are developed in this research. The matrix and fiber of the photoelastic model material developed in this research are epoxy resin (Araldite to hardner 10 to 3 (weight ratio)) and wire of shape memory alloy, respectively. It is called Ti50-Ni50 Shape Memory Alloy Fiber Epoxy Composite Ti50-Ni50 SMA-FEC is satisfied with the requirements of the photoelastic model material and can be used as a photoelastic model material. The maximum recovering strain of SMA-FEC is occurred at in any prestrain of shape memory alloy fiber and in any fiber volume ratio. Recovering strain(force) is increased with the increment of the prestrain and the fiber volume ratio. The best prestrain of SMA-FEC is 5% for the recovering force among 1%, 3%, 5%.
 Keywords
Photoelastic Model Material;Shape Memory Effect;Ti50-Ni50 Shape Memory Alloy;Ti50-Ni50 Shape Memory Alloy Fiber Epoxy Composite;Recovering Strain;Prestrain;Fiber Volume Ratio;Stress Fringe Value;Elastic Modulus of Fiber Direction;
 Language
Korean
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