Measuring the readability performance (RP) of aircraft maintenance technical orders by fuzzy MCDM method and RP index

Abstract

Technical order, Readability performance index, Readability characteristics, Fuzzy multiple criteria decision-making (Fuzzy MCDM),

The Role of Maintenance Operator in Industrial Manufacturing Systems: Research Topics and Trends

“…Therefore, proper maintenance must assign the right people to the right position based on their skills and domains of expertise. Topic 6 covered papers proposing methods for performance evaluation in industrial maintenance ( [80][81][82][83][84]). Some identified and analysed criteria for enhancing the quality of maintenance activities.…”

“…Some identified and analysed criteria for enhancing the quality of maintenance activities. Reference [80] proposed an equation to evaluate the amount of unreadable sentences in aircraft maintenance technical orders since their readability can affect the quality and reliability of aircraft maintenance. Reference [81] proposed a performance evaluation model for aircraft maintenance staff, exploring the weights of different evaluation criteria (Basic Knowledge, Aircraft Maintenance Workload, Other Workload, Self-Development, Problem-Solving Skill, Problem-Solving Attitude, Responsibility, Teamwork, Work Quality, Reliability, and Attendance Rate), whereas Reference [83] proposed a competence measurement tool to assess the competency of maintenance employees, instead research modelling of plant operators' maintenance proficiency was addressed by Reference [84] to provide a classification tool to assist managers to select the best operative.…”

Evaluating the writing quality of aircraft maintenance technical orders using a quality performance matrix

“…A well-composed maintenance technical order follows six principles (Broadbent, 1977;Clark and Chase, 1972;Chapanis, 1965;Mayer, 1997;Kammann, 1975;Sanders and McCormick, 1993;Hsia et al, 2007).…”

Extension of Axiomatic Design Principles for Multicriteria Decision Making Problems in Intuitionistic Fuzzy Environment

“…Decision making problems are widespread in engineering such as in construction engineering [1], industrial engineering and manufacturing systems [2][3][4][5][6], computer engineering [7,8], chemical engineering [9,10], aerospace mechanical engineering [11], and bioengineering [12]. In decision making problems, it is often to consider the evidence based on several criteria rather than on a single criterion.…”