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323 Micromechanical Analysis of a Polymer Alloy with an Island-Sea Structure for a Constrained Damping Material
323 拘束型制振材用海島構造ポリマーアロイのマイクロメカニックス解析
2005
The Proceedings of the Dynamics & Design Conference
323 拘束型制振材用海島構造ポリマーアロイのマイクロメカニックス解析
Preserved Fulltext
Macroscopic visco − elastic properttes of a polymer alloy with an island −sea structure are calculated under 七 he shear appl 重 ed stτ ess by using the equivalent inclusion methQd combined with the Mori − Tanaka theorem . The effects of the shape and the shear modulus of the spherical island particle on the macroscopic shear mQdu 五 us and Ioss factor of the polymer alloy are crali 丘ed in the lbrm of the two − dimensionai contour map , Consequently , 重 t is found that an optimum range on the
doi:10.1299/jsmedmc.2005._323-1_
fatcat:enxgngvbanhfvgvo277ucrcda4