THE AVERAGE DENSITY OF GRANULAR GLASSCERAMICS DEPENDING ON TECHNOLOGY FACTORS

The paper describes the possibility of engineering process control in the production of granular glassceramics based on general purpose and industrial broken glass, low-melting clay and sawdust. The paper presents the development of resource-efficient technology of heat insulating granular material. A study of physic-technical properties of granules is carried out by mathematical simulation methods. Technology factors that have an effect on the average density of granular glassceramics are obtained and optimized.

стеклобой, древесные опилки, шихта, гранулы, средняя плотность, теплопроводность, температура, теплоизоляция, фактор варьирования, критерий оптимизации, матрица планирования, дисперсия, математическая модель, оптимизация состава и технологических параметров, broken glass, sawdust, mixture, granules, average density, thermal conductivity, temperature, heat insulation, optimization criterion, dispersion, mathematical model

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