Application of the Integrated Environment of Dynamic Modelling «OmegaLand» for the Research of Characteristics of Regulators

Abstract

In the article the main stages of creating a mathematical model in an integrated environment for dynamic modeling OmegaLand, which includes a dynamic simulator of the Visual Modeler installation for studying the dynamic characteristics of temperature, flow rate and level controllers are considered. As contrast to the known schemes of decomposition, subsystem «contact zone» and «tool amendment» are distinguished. It was established that during the teeth broaches grinding the technological parameters of the system can be changed over a period of time due to various factors. As a result, the transient characteristics of the regulators were obtained before and after their adjustment.