MODELING OF ORGANIZATIONAL AND TECHNOLOGICAL FACTORS FOR DETERMINING EFFECTIVE SOLUTIONS FOR THE PROJECT OF INSULATION OF FACADES WITH PLASTER COVERING

Abstract

As a result of the research, it was established that in the construction industry, the most widely used systems for insulating external enclosing structures are bonded thermal insulation systems and hinged ventilated facades. It was determined that the technical and economic indicators of the building facade insulation project can be controlled and optimized with the help of preliminary modeling of organizational and technological solutions. Significant organizational and technological factors that have an impact on the technical and economic indicators of the project were determined. The dependence of changes in the indicators of the duration of construction and installation work on insulation, their cost and the intensity of financing when significant factors are varied is revealed. The dependence of the change in the cost of the facade insulation project by the bonded thermal insulation method on the use of various means of underlaying is determined. On the basis of EC-modeling, the dependencies of changes in the cost of the project when using different technological methods and options for organizational solutions for the insulation of external enclosing structures of buildings with plaster decoration were investigated.