METHODOLOGICAL ASPECTS OF SIMULATION MODELING OF EMERGENCY INTERACTION OF LIFE SUPPORT SYSTEMS

Abstract

An important component of the sustainable functioning of urbanized territories are life support systems that provide the main indicators of the quality of life of the population both in normal conditions and in emergency situations of man-made and natural character. Such systems primarily include power supply systems, gas supply, heat supply, water supply, transport, etc. Accidents in life support systems lead to large-scale and long-term negative social, material, financial and environmental consequences. Especially severe consequences are associated with intersystem accidents, when the termination or restriction in functioning affects two or more life support systems. The report discusses methodological issues of simulation of emergency interaction of life support systems, an algorithm and a general scheme for resilient assessing are proposed.