MATHEMATICAL AND TECHNOLOGICAL MODELING FOR SOLVING OF PROBLEMS OF THE TECHNOLOGY OF CONSTRUCTION OF ENVELOPES FROM NO-FINE EXPANDED-CLAY CONCRETE IN A PERMANENT FORM
The article views the problems of construction of envelope structures from no-fi ne expanded-clay concrete in a permanent form made from cement-bonded boards and due to the complexity of the technological problems associated with the processes of mixing and laying of light concrete mixture into the form that are solved by methods of mathematical modeling. The main technological challenges in the construction of structures made of no-fi ne expanded-clay concrete are considered. Specifi c volumes of aggregates and cement glue and their mass are theoretically and numerically determined. Control parameters and functions are studied to calculate the saturation depth of the aggregate grains. The links of relative depth impregnation dR / R of eff ective porosity of diff erent structures are derived. The conclusions about further implementation of the models and their research are made.