Mathematical model of turbocharger as part of intelligent system component designed for technical operation of diesel engines and for training

Abstract

The paper includes a basic module of a slow speed ship diesel engine turbocharger. Our experience in modelling and simulation makes it possible to produce flexible models. Next, a control system needs to have operational modules in real time, with sufficient range of precision. This is a light algorithm under Delphi area. Module makes up a part of smart intelligent pack. Pack is a software that combines and solves the task of exploitation and design of modern slow speed diesel engines. The module allows to construct the working mode line and to examine the behaviour of the operating point quasi-statically. The model is based on a quasi-static approach for real-time operation in a software package including a flexible input simulator and modules for solving constructive and operational tasks with graphical retrofit based on image recognition