Adaptive Neuro Fuzzy Inference System

, 14

Albeit fuzzy logic

, 10

Apollo Space program

, 3, 4

Application, fuzzy-based FMEA

detection

, 68

fuzzy FMEA

, 67

fuzzy logic–based FIS (Fuzzy Inference System) editor

, 67–68

methodology

, 62

objectives

, 62

occurrence

, 68

operations

, 70–82

problem statement

, 62

procedure

, 65–67

severity

, 68

steps

, 68–69

surface diagram

, 69

traditional failure mode and effects analysis (FMEA)

, 61–65

Casting process operations

core inspection and storage

, 41, 42

core making

, 40–41

core painting

, 41

derisering

, 43–45

fettling

, 45–46

final inspection of raw materials

, 46, 47

inoculation and pouring

, 43, 44

melting in induction furnace

, 37–38

molding and core setting

, 41–43

painting

, 47

pattern and core box manufacturing

, 39–40

pattern plate preparations and lettering

, 40

problems

, 54–55

procurement, receipt of raw materials and consumables

, 36

sand mixing and mold preparations

, 38–39

shake out

, 43, 45

shot blasting

, 45, 46

storage of raw materials/consumables

, 36–37

treatment and deslagging

, 43, 44

Cohesive hierarchical fuzzy inference system (CHFIS)

, 14

Core making

, 40–41

Core painting

, 41

Core setting

, 41–43

Cotter pin boss milling

, 52

Cotter pin hole drilling

, 50

Cotter pin hole reaming

, 51

Data protection impact assessment (DPIA)

, 14

Defuzzification

, 21

Degree of membership

, 12

Dempster–Shafer theory (DST)

, 14

Derisering operation

, 43–45

Detection

, 68

Failure-free process

, 2

Failure mode and effects analysis (FMEA)

, 1–3

classification

, 4–7

design

, 6

detection

, 4

development

, 4, 5

effects of failure

, 8

failure cause

, 7–8

implementation

, 141–142

objectives

, 4, 5

occurrence

, 4

potential failure mode

, 7

procedure to perform

, 9

process FMEA (PFMEA)

, 6–7

risk priority number (RPN)

, 8

severity

, 4

team

, 8

types

, 6

vocabulary

, 7–8

Fault identifications

, 114–131

Fault tree analysis

, 23–26

fault identifications

, 114–131

fuzzy based FMEA

, 100–114

methodology

, 96–98

objectives

, 96

potential failures identification

, 98

problem formulation

, 95–96

process FMEA

, 99–100

quality and reliability measures

, 95

Feeder

, 43

Fettling

, 45–46

Fish Bone Diagram

Potential Risk K12

, 82

Potential Risk K15

, 82–83

Ford Motor Company

, 3, 4

Forest Fire Vulnerability Index

, 14

Fuzzy axiomatic design (FAD)

, 14

Fuzzy-based failure mode and effects analysis

, 20, 85–90

approach

, 21–22

defuzzification

, 21

fuzzy inference system (FIS)

, 22–23

linguistic variable

, 21

steps

, 22

Fuzzy guideline

, 11

Fuzzy If-Then rules

, 19

Fuzzy induction framework

, 11

Fuzzy inference system (FIS)

, 15

Max-Min method

, 2

Fuzzy Lambda–Tau (FLT)

, 14

Fuzzy logic

, 9–11

applications

, 13–20

rebalancing and optimization

, 138–139

Fuzzy logic–based FIS (Fuzzy Inference System) editor

, 67–68

Fuzzy membership function

, 23

Fuzzy risk priority number (FRPN)

, 19, 84, 91, 92, 142

Fuzzy set

, 11, 12

Gang milling

, 49

Gate symbols

, 25

Global Warming

, 14

Grumman Aircraft Corporation

, 3

Hazard Analysis Critical Control Point (HACCP)

, 4

Heuristic-based membership functions determination (HBMFD)

, 14

Interval type-2 fuzzy sets (IT2FSs)

, 14

Interval-valued intuitionistic fuzzy sets (IVIFSs)

, 13

Line balancing problem

, 133–134

conventional method

, 135–136

methodology

, 135

problem analysis

, 136–137

problem formulation

, 134

rebalancing and optimization

, 138–139

Linguistic factors

, 11

Linguistic variables

, 10

Lukasiewicz’s logic

, 10

Machining of rear Spring Bracket

base milling

, 48–49

boring

, 50

Cotter pin boss milling

, 52

Cotter pin hole drilling

, 50

Cotter pin hole reaming

, 51

final inspection

, 53

gang milling

, 49

grease application

, 54

mounting hole drilling

, 51–52

packing

, 54

primer and paint application

, 47–48

problems

, 55–56

sharp edge breaking

, 52–53

spot facing

, 52, 53

spring pin hole dia reaming

, 51

Maintenance plan

, 2

Max–Min method

, 2, 68

Membership functions

, 12–13

Microelectromechanical system (MEMS)

, 15

Minimum cut sets (MCS) theory

, 18

Multi-attribute failure mode analysis (MAFMA)

, 19

Multi-attributive border approximation area comparison (MABAC) method

, 13

Occurrence

, 68

Operations management

, 30–31, 133

Potential failures identification

, 98

Potential Risk K12

, 82

Potential Risk K15

, 82–83

Process FMEA (PFMEA)

, 6–7

Process time

, 133

Production line

, 133

Quality control

benefits

, 28–29

continual improvement

, 26

definition

, 27

elements

, 27

factors

, 29–30

inspection

, 30

objectives

, 28

steps

, 28

Quantifiable risk-based approach

, 14

Reliability, availability, and maintainability (RAM)

, 14

Risk analysis

, 18

Risk priority number (RPN)

, 2, 4, 8, 33, 61, 83, 84, 92, 141

threshold limits

, 35

threshold value

, 34

Risk priority rank (RPR)

, 19

Rule-based inference methodology using the evidential reasoning (RIMER)

, 16

Rule Viewer

, 23

Severity

, 68

Shot blasting

, 45, 46

Standard Operating Procedure (SOP)

, 82

Statistical analysis

, 56–58

Surface diagram

, 69

Tapping temperature

, 37

Time and motion study

, 31–32

Traditional failure mode and effects analysis

, 3–4, 9, 33–34, 61–62, 142

casting process operations

, 35–47

machining of rear Spring Bracket

, 47–54

methodology

, 34–35

problem formulation

, 34

statistical analysis

, 56–58

Universe of discourse

, 11–12