ДОСЛІДЖЕННЯ РОБОТИ РОЗЧИННОЇ ОБОЙМИ ЦЕГЛЯНОГО ПРОСТІНКУ, АРМОВАНОЇ КОМПОЗИТНОЮ ПОЛІМЕРНОЮ АРМАТУРОЮ

Abstract

The results of research on the operation of a soluble holder reinforced
with non-metallic composite reinforcement of periodic profile type "A" based on glass roving and basalt rowing.
The purpose of this study was to substantiate the possibility and feasibility of using non-metallic reinforcement for reinforcing stone structures. The method of research was numerical modelling of reinforced stone structure. In the considered constructions, the reinforcement was carried out with reinforcing mesh made of metal, basalt and fiberglass reinforcement. The analysis of the reinforced stone structure was performed using the SCAD software package. The experimentally obtained characteristics of non-metallic reinforcement were used for calculations. When comparing the results of calculations, it was found that both basalt-plastic and fiberglass reinforcement is well integrated into the work of reinforced stone construction, and in comparison with metal reinforcement, non-metallic reinforcement is more effective.