Risk assessment for seismic and fire hazards at hazardous industrial and classified sites industry

Abstract

Aims of research. Research and analysis assessing the risk of hazards (in particular earthquake hazardous) at hazardous industrial and classified sites industry. Methods: analytical, mathematical, operational-tactical, mechanical-statistical, study of deformation of seismic diaphragms. The analysis of risk through seismologist at hazardous production facilities of the industry in conjunction with the secondary fires. This circumstance, which often coincides with the joint vector, is proposed to be used as a mechanism to ensure the safety of industrial facilities from seismic fire hazard, including aspiration flows as an impact factor. Risk analysis is viewed taking into account the algorithm to ensure the safety of complex technical and social systems, which shows the degree of universality of the algorithm. This security mechanism is most important to take into account for architectural General plans of buildings and structures, as well as in operational and tactical actions of units in the aftermath of emergencies, crisis and extreme events. Results. The analysis is accompanied by the necessary mathematical calculations and experimental assessments of the security process.

Keywords

• threat factor seismoresistance
• threat categorized objects
• security mechanism
• risk from fires
• secondary fires
• seismic effects
• reallocation of time
• emergency situations
• aspiration flows