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A platform for research: civil engineering, architecture and urbanism
ANALYSIS OF DEFORMATIVE PROPERTIES OF POLYMERIC COMPOSITE MATERIALS ENHANCED DENSITY THROUGH RANGE CORRELATIONS
A mathematical rheological model of high-density composite materials and a mathematical method for modeling and analyzing the deformative properties of polymer composites are proposed. The evaluation of the elastic-plastic properties of polymeric composite materials of increased density was carried out using the proposed techniques. The high performance properties of composites and the computational efficiency of the proposed methods for estimating and modeling the deformative properties of high-density composites are shown.
ANALYSIS OF DEFORMATIVE PROPERTIES OF POLYMERIC COMPOSITE MATERIALS ENHANCED DENSITY THROUGH RANGE CORRELATIONS
A mathematical rheological model of high-density composite materials and a mathematical method for modeling and analyzing the deformative properties of polymer composites are proposed. The evaluation of the elastic-plastic properties of polymeric composite materials of increased density was carried out using the proposed techniques. The high performance properties of composites and the computational efficiency of the proposed methods for estimating and modeling the deformative properties of high-density composites are shown.
ANALYSIS OF DEFORMATIVE PROPERTIES OF POLYMERIC COMPOSITE MATERIALS ENHANCED DENSITY THROUGH RANGE CORRELATIONS
2018
Article (Journal)
Electronic Resource
Unknown
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