- EAN13
- 9782960079104
- Éditeur
- JePublie
- Date de publication
- 2008
- Langue
- français
- Fiches UNIMARC
- S'identifier
Livre numérique
-
Aide EAN13 : 9782960079104
-
Fichier PDF, avec DRM Adobe
- Copier/Coller
-
Impossible
- Partage
-
6 appareils
15.00 -
Fichier PDF, avec DRM Adobe
**CONTENTS**
**1 Introduction
2 Bathtub curve **
\- Learning curve \- Bathtub curve \- Modified Weibull distribution
**3 Creep curve**
\- Creep curve \- Reliability growth \- Creep data \- Critical time and
necking \- Bi-logarithmic diagrams \- Other applications
**4 Feedback loops**
\- In quest of a definition \- First order feedback \- Higher order feedback
\- Interpretation of learning \- Envelope curve \- Examples of envelope curves
**5 Hubble constant**
\- Main considerations \- Scale factor \- Classical approach \- System
approach \- Transition to transparency \- Comments
**6 Two curves in biology**
\- Generalities \- Biological systems \- Three stages in biology \-
Characteristics of systems \- Model of biological ageing \- Comparison with
laws \- Lifespan and longevity
**7 Lifetime predictions**
\- Preamble \- Experimental determination \- Instability time \- Prediction
for a system \- Prediction using a plateau \- Normalized graphs \- New curves
for creep \- Prediction for a class of systems \- Falsifiability
**8 Possible links**
\- Punctuated equilibrium \- Statistical physics \- Chaos theory \- Quantum
mechanics
**9 Conclusions
A Creep at VHT
B Fatigue
C Cosmological constant
D Genesis of an equation **
**1 Introduction
2 Bathtub curve **
\- Learning curve \- Bathtub curve \- Modified Weibull distribution
**3 Creep curve**
\- Creep curve \- Reliability growth \- Creep data \- Critical time and
necking \- Bi-logarithmic diagrams \- Other applications
**4 Feedback loops**
\- In quest of a definition \- First order feedback \- Higher order feedback
\- Interpretation of learning \- Envelope curve \- Examples of envelope curves
**5 Hubble constant**
\- Main considerations \- Scale factor \- Classical approach \- System
approach \- Transition to transparency \- Comments
**6 Two curves in biology**
\- Generalities \- Biological systems \- Three stages in biology \-
Characteristics of systems \- Model of biological ageing \- Comparison with
laws \- Lifespan and longevity
**7 Lifetime predictions**
\- Preamble \- Experimental determination \- Instability time \- Prediction
for a system \- Prediction using a plateau \- Normalized graphs \- New curves
for creep \- Prediction for a class of systems \- Falsifiability
**8 Possible links**
\- Punctuated equilibrium \- Statistical physics \- Chaos theory \- Quantum
mechanics
**9 Conclusions
A Creep at VHT
B Fatigue
C Cosmological constant
D Genesis of an equation **
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