Thermophysical properties of multicomponent building materials during heat and moisture treatment using solar energy
DOI:
https://doi.org/10.56143/f6v6d482Keywords:
thermophysical properties, building materials, solar energy, pore structure, structure management, production waste, solar thermal treatment, thermal conductivity, specific heat capacityAbstract
The article considers the thermophysical properties of building materials and products based on them during solar thermal treatment. The formation of the value of the thermal conductivity coefficient is shown; the thermal conductivity of the hardening skeleton and the filling medium and the convective component, as well as heat transfer due to the movement of masses, will have a fundamental influence. It is established that regulation of the thermophysical properties of composite products by solar thermal chemical action before and during the period of structure formation is possible by regulating the pore structure, humidity, dispersion of the main component, the temperature exposure mode, from the type and amount of modified plasticizing additives.
