Piezoelectric behavior of wood under combined compression and vibration stresses II: Effect of the deformation of cross-sectional wall of tracheids on changes in piezoelectric voltage in linear-elastic region

Author:

Nakai Takahisa,Ando Kose

Publisher

Springer Science and Business Media LLC

Subject

Biomaterials

Reference7 articles.

1. Nakai T, Naoyasu I, Kose A (1998) Piezoelectric behavior of wood under combined compression and vibration stresses: I. Relation between piezoelectric voltage and microscopic deformation of a sitka spruce (Picea sitchensis Carr.). J Wood Sci 44:28–34

2. Ogama T, Yamada T (1971) Porous structure of wood and its relaxation modulus (in Japanese). Zairyo 20:1194–1200

3. Ogama T, Yamada T (1974) Elastic modulus of porous material (in Japanese). Mokuzai Gakkaishi 20:166–171

4. Ogama T, Yamada T (1981) Young's moduli of earlywood and latewood in transverse direction of softwoods (in Japanese). Zairyo 30:707–711

5. Sawada M (1983) Elasticity and strength of wood as an anisotropic material (in Japanese). Zairyo 32:845–847

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