Designing Out Failure
portes grátis
Designing Out Failure
A Universal Approach to Engineering Reliability
Todinov, Michael T.
Taylor & Francis Ltd
04/2026
242
Dura
Inglês
9781041139348
Pré-lançamento - envio 15 a 20 dias após a sua edição
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1. Fundamental concepts
2. Domain-independent versus other approaches for reliability improvement and risk reduction
3. The domain-independent approach for reliability improvement and risk reduction
4. Improving reliability and reducing risk by the method of separation
5. Improving reliability and reducing risk by the method of segmentation
6. Improving reliability and reducing risk by the method of aggregation
7. Reducing risk by introducing deliberate weakness
8. Improving reliability and reducing risk by inversion
9. Improving reliability and reducing risk by exploiting asymmetry
10. Reliability improvement and risk reduction by self-reinforcement
11. Reliability improvement and risk reduction by self-balancing
12. Improving reliability and reducing risk by substitution
13. Improving reliability and reducing risk by reducing Time/Space exposure
2. Domain-independent versus other approaches for reliability improvement and risk reduction
3. The domain-independent approach for reliability improvement and risk reduction
4. Improving reliability and reducing risk by the method of separation
5. Improving reliability and reducing risk by the method of segmentation
6. Improving reliability and reducing risk by the method of aggregation
7. Reducing risk by introducing deliberate weakness
8. Improving reliability and reducing risk by inversion
9. Improving reliability and reducing risk by exploiting asymmetry
10. Reliability improvement and risk reduction by self-reinforcement
11. Reliability improvement and risk reduction by self-balancing
12. Improving reliability and reducing risk by substitution
13. Improving reliability and reducing risk by reducing Time/Space exposure
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Failure Modes;Risk Mitigation;Design Optimization;Engineering Innovation;System Safety;Robust Design;Root Cause Analysis;Preventive Engineering
1. Fundamental concepts
2. Domain-independent versus other approaches for reliability improvement and risk reduction
3. The domain-independent approach for reliability improvement and risk reduction
4. Improving reliability and reducing risk by the method of separation
5. Improving reliability and reducing risk by the method of segmentation
6. Improving reliability and reducing risk by the method of aggregation
7. Reducing risk by introducing deliberate weakness
8. Improving reliability and reducing risk by inversion
9. Improving reliability and reducing risk by exploiting asymmetry
10. Reliability improvement and risk reduction by self-reinforcement
11. Reliability improvement and risk reduction by self-balancing
12. Improving reliability and reducing risk by substitution
13. Improving reliability and reducing risk by reducing Time/Space exposure
2. Domain-independent versus other approaches for reliability improvement and risk reduction
3. The domain-independent approach for reliability improvement and risk reduction
4. Improving reliability and reducing risk by the method of separation
5. Improving reliability and reducing risk by the method of segmentation
6. Improving reliability and reducing risk by the method of aggregation
7. Reducing risk by introducing deliberate weakness
8. Improving reliability and reducing risk by inversion
9. Improving reliability and reducing risk by exploiting asymmetry
10. Reliability improvement and risk reduction by self-reinforcement
11. Reliability improvement and risk reduction by self-balancing
12. Improving reliability and reducing risk by substitution
13. Improving reliability and reducing risk by reducing Time/Space exposure
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
