Efficiency of Fire- and Explosion Protection Devices in Production Processes

Abstract

A technique for calculating explosive loads on production equipment, buildings, and structures subjected to external and internal accident factors is considered. A device for operation of equipment prone to fire and explosion in the production chains of modern industry is developed. The computational formulas obtained may be used in the design of explosive valves and diaphragms for explosion protection of production equipment as well as in the design of easily jettisoned roofing and propulsive bays for explosion protection of buildings.