Understand and utilize the latest developments in
Weibull inferential methods
While the Weibull distribution is widely used in science and
engineering, most engineers do not have the necessary statistical
training to implement the methodology effectively. Using the
Weibull Distribution: Reliability, Modeling, and
Inference fills a gap in the current literature on the topic,
introducing a self-contained presentation of the probabilistic
basis for the methodology while providing powerful techniques for
extracting information from data.
The author explains the use of the Weibull distribution and its
statistical and probabilistic basis, providing a wealth of material
that is not available in the current literature. The book begins by
outlining the fundamental probability and statistical concepts that
serve as a foundation for subsequent topics of coverage,
including:
* Optimum burn-in, age and block replacement,
warranties
and renewal theory
* Exact inference in Weibull regression
* Goodness of fit testing and distinguishing the
Weibull
from the lognormal
* Inference for the Three Parameter Weibull
Throughout the book, a wealth of real-world examples showcases
the discussed topics and each chapter concludes with a set of
exercises, allowing readers to test their understanding of the
presented material. In addition, a related website features the
author’s own software for implementing the discussed analyses along
with a set of modules written in Mathcad®, and additional
graphical interface software for performing simulations.
With its numerous hands-on examples, exercises, and software
applications, Using the Weibull Distribution is an excellent
book for courses on quality control and reliability engineering at
the upper-undergraduate and graduate levels. The book also serves
as a valuable reference for engineers, scientists, and business
analysts who gather and interpret data that follows the Weibull
distribution
Weibull inferential methods
While the Weibull distribution is widely used in science and
engineering, most engineers do not have the necessary statistical
training to implement the methodology effectively. Using the
Weibull Distribution: Reliability, Modeling, and
Inference fills a gap in the current literature on the topic,
introducing a self-contained presentation of the probabilistic
basis for the methodology while providing powerful techniques for
extracting information from data.
The author explains the use of the Weibull distribution and its
statistical and probabilistic basis, providing a wealth of material
that is not available in the current literature. The book begins by
outlining the fundamental probability and statistical concepts that
serve as a foundation for subsequent topics of coverage,
including:
* Optimum burn-in, age and block replacement,
warranties
and renewal theory
* Exact inference in Weibull regression
* Goodness of fit testing and distinguishing the
Weibull
from the lognormal
* Inference for the Three Parameter Weibull
Throughout the book, a wealth of real-world examples showcases
the discussed topics and each chapter concludes with a set of
exercises, allowing readers to test their understanding of the
presented material. In addition, a related website features the
author’s own software for implementing the discussed analyses along
with a set of modules written in Mathcad®, and additional
graphical interface software for performing simulations.
With its numerous hands-on examples, exercises, and software
applications, Using the Weibull Distribution is an excellent
book for courses on quality control and reliability engineering at
the upper-undergraduate and graduate levels. The book also serves
as a valuable reference for engineers, scientists, and business
analysts who gather and interpret data that follows the Weibull
distribution
Table of Content
Chapter 1. ProbabilityChapter 2. Discrete and Continuous Random Variables
Chapter 3. Properties of the Weibull Distribution
Chapter 4. Weibull Probability Models
Chapter 5. Estimation in Single Samples
Chapter 6. Sample Size Selection, Hypothesis Testing and Goodness-of-Fit
Chapter 7. The Program Pivotal
Chapter 8. Inference from Multiple Samples
Chapter 9. Weibull Regression
Chapter 10. The Parameter Weibull Distribution
Chapter 11. Factorial Experiments with Weibull Response
About the author
JOHN I. Mc COOL, Ph D, is Professor of Systems Engineeringat Penn State Great Valley School of Graduate Professional Studies.
A Fellow of the American Society for Quality, Dr. Mc Cool previously
served as principal engineering scientist at SKF Industries Inc.,
where he conducted corporate as well as federally sponsored
research projects with the Wright-Patterson Air Force Base, the
Office of Naval Research, the Naval Air Propulsion Center, the
Department of Energy, and the Air Force Office of Scientific
Research.
Language English ● Format PDF ● Pages 366 ● ISBN 9781118351963 ● File size 10.0 MB ● Publisher John Wiley & Sons ● Published 2012 ● Edition 1 ● Downloadable 24 months ● Currency EUR ● ID 2506342 ● Copy protection Adobe DRM
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