Abstract
This article has a multidisciplinary character. It combines the scientific field of micro-macro modelling of reinforced polymer composite laminates applied in the seismic response area of a rectangular composite tank filled with liquid. The calculation of the seismic response of the laminate composite rectangular tank is carried out at three levels. Within the micro-level, the material characteristics are calculated using a fictitious periodic microstructure model. A classical theory of laminates is used to obtain effective material characteristics by using a representative laminate volume element at the meso-level. At the macro level, a seismic response of a laminate composite rectangular tank filled with liquid is solved for the region of Slovakia.
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