Designing of rational structure of range of insulating protective clothing on the basis of the principles of transformation

Abstract

The aim of this work is to develop a range structure of insulating change of clothes with predictable characteristics for the employees of nuclear power plants (NPP). It was applied a systematic approach to solve the assigned tasks, which made it possible to use the principles of transformation through the gradual changes in design and complete of protective clothing. The implementation of the assigned tasks was carried out using the method of structural optimization of construction of insulating protective clothing. The rational structure of range of insulating change of clothes with predictable coefficient of protection, weight and cost was formed on the basis of the principles of transformation by the method of structural optimization. It was obtained the formula for calculation of protection coefficient under constraints on weight, cost, number of material layers (taking into consideration the non-linearity of the objective function), under constraints and discretization of initial information for the packages of protective clothing. Structural and logical matrix for insulating change of protective clothing was formed. There were proposed a structure of insulating change of clothing for NPP employees, structural and technological solutions for the products from the product range. Task-oriented selection of modules and methods of their transformation within the designed object was carried out.