Simulation of the process of chip-based rheological properties of metals
The paper discusses the modeling of chip formation in cutting process. The analysis of complex rheological models, which allowed us to make assumptions and rationale in the formation of hypotheses the process of chip formation. Studies have shown that most fully reflects the process of chip formation with regard to plastic deformation and fracture of metal in the local area rheological model in the form of a serial connection programmatically relaxing environment Ischlinski (reflecting the initial deformation of the metal cutting layer) and environment Feuchte with two elastic-dissipative elements (reflecting the deformation and friction descending chips). The obtained complex rheological model that was the basis for the construction of an adequate dynamic model of the process of chip formation.