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A novel stress analysis method using a high precise shape measurement method by moiré topography and finite element method is discussed in this paper. The validity of the proposed method is checked using a macro model for static and dynamic deformation. Furthermore, the internal stress caused with a deformation of the micro cantilever can be estimated by the proposed method according to the result of the macro model. The possibility of the expansion of new coverage of an optical measurement technology based on the fringe scanning method can be expected by the possibility of such a new technology shown in this paper.
- 日本実験力学会の論文
日本実験力学会 | 論文
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- 複数縁き裂の応力拡大係数の干渉効果について : 一様引張りを受ける帯板で中央縁き裂に存在するK_Iのコースティックス法による解
- 複数縁き裂の応力拡大係数の干渉効果(中央部き裂のKと各き裂のK,K_について)
- 複数縁き裂の応力拡大係数の干渉効果(中央部き裂のKと各き裂のK,K_について)
- 複数縁き裂の応力拡大係数の干渉効果(中央部き裂のKと各き裂のK,K_について)