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MQFD: A Model for Synergizing TPM and QFD - Cochin University of ...

MQFD: A Model for Synergizing TPM and QFD - Cochin University of ...

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4.4.11.1. Rationale 38<br />

4.4.12. Step 12 39<br />

4.4.12.1. Rationale 39<br />

4.4.13. Step 13 39<br />

4.4.13.1 Rationale 39<br />

4.4.14 Step 14 40<br />

4.4.14.1. Rationale 40<br />

4.4.15. Step 15 40<br />

4.4.15.1. Rationale 40<br />

4.4.16. Step 16 40<br />

4.4.16.1 Rationale 40<br />

4.4.17. Step 17 41<br />

4.4.17.1 Rationale 41<br />

4.5. Conclusion 41<br />

5. Customer Voice Adoption <strong>for</strong> maintenance Quality 42<br />

improvement through <strong>M<strong>QFD</strong></strong> <strong>and</strong> its receptivity analysis<br />

5.1. Introduction 42<br />

5.2. Receptivity <strong>of</strong><strong>M<strong>QFD</strong></strong> 42<br />

5.2.1. First phase <strong>of</strong>survey 43<br />

5.2.2. Second phase <strong>of</strong>survey 44<br />

5.2.3. Third phase <strong>of</strong>survey 47<br />

5.2.4. Interpretation from <strong>M<strong>QFD</strong></strong> receptivity 48<br />

survey<br />

5.3. Conclusion 48<br />

6. Implementation <strong>of</strong><strong>M<strong>QFD</strong></strong> in a Vehicle Service Station: A 50<br />

case study<br />

6.1. Introduction 50<br />

6.2. About the company 50<br />

6.3. Implementation study 50<br />

6.3.1. Computation <strong>of</strong>Availability 59<br />

6.3.2. Computation <strong>of</strong>MDT 59<br />

6.3.3. Computation <strong>of</strong>MTBF 60<br />

6.3.4. Computation <strong>of</strong>MTTR 60<br />

v

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