Neutrosophic Inference System (NIS) in Power Electrical Transformers, Adapted the MIL-STD-1629A

Abstract

This study is concerned with creating a neutrosophic inference system (NIS) and developing its mathematical concepts, as well as determining the most critical problems in the power electrical transformers. Studying their potential failure mode and effects analysis and then, analyzing the risk assessment and management. New insight and novel techniques have been presented to interpret the failure modes (i.e. severity, occurrence, and detection). This paper presents a novel operator called ANOR which is used for the first time to combine the (IF-Then) inference rules. The neutrosophic inference system using failure mode effect analysis is a modern tool for studying the reliability of electrical power transformers. Also, this study suggested some modifications in the standard MIL-STD-1629A. this article presents and for the first time, a new inferencing sixty-three neutrosophic rules in which their biasing is categorized into three types: truth state, indeterminacy state, and falsity state.

Keywords

• neutrosophic failure mode effect analysis
• neutrosophic risk priority number