Modeling of geometry of working bodies of machines for surface treatment of mineral materials in construction

Abstract

The article presents the methodology of designing with the use of computer methods of geometric solutions of segments and their distribution on the base surface of the abrasive wheel and discs for processing plastic surfaces of concrete. The influence of kinematic parameters of machining machines on the effectiveness of the geometric influence of machining tools is discussed. Examples of computer simulations of design solutions of discs intended for finishing grinding in order to determine their effectiveness of geometric impact on the surface were presented.