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Fundamental Concepts in the Design of Experiments

Fundamental Concepts in the Design of Experiments - 5th edition

Fundamental Concepts in the Design of Experiments - 5th edition

ISBN13: 9780195122732

ISBN10: 0195122739

Fundamental Concepts in the Design of Experiments by Charles R. Hicks and Kenneth V. Turner - ISBN 9780195122732
Cover type: Hardback
Edition: 5TH 99
Copyright: 1999
Publisher: Oxford University Press
Published:
International: No
Fundamental Concepts in the Design of Experiments by Charles R. Hicks and Kenneth V. Turner - ISBN 9780195122732

ISBN13: 9780195122732

ISBN10: 0195122739

Cover type: Hardback
Edition: 5TH 99
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Summary

This text is a solid revision and redesign of Charles Hicks' comprehensive fourth edition of Fundamental Concepts in the Design of Experiments. It covers the essentials of experimental design used by applied researchers in solving problems in the field. It is appropriate for a variety of experimental methods courses found in engineering and statistics departments. Students learn to use applied statistics for planning, running, and analyzing as an experiment. Students learn to use applied statistics for planning, running, and analyzing an experiment. The text includes 350+ problems taken from the author's actual industrial consulting experiences to give students valuable practice with real data and problem solving. About 60 new problems have been added for this edition. SAS (Statistical Analysis System) computer programs are incorporated to facilitate analysis. There is extensive coverage of the analysis of residuals, the concepts of resolution in fractional replications, the Plackett-Burman designs, and Taguchi techniques. The new edition will place a greater emphasis on computer use, include additional problems, and add computer outputs from statistical packages like Minitab, SPSS, and JMP.

The book is written for anyone engaged in experimental work who has a good background in statistical inference. It will be most profitable reading to those witha background in statistical methods including analysis of variance. This text is suitable for senior undergraduate/graduate level students in mathematics, statistics, or engineering. It is appropriate for a variety of experimental methods courses found in engineering and statistics deparmtents -- majors in this course are usually in applied statistics; non-majors, in industrial and electrical engineering, or education and life sciences.

Author Bio

Hicks, Charles R. : Purdue University

Turner, Kenneth V. Jr. : Anderson University

Table of Contents

Table of Contents

Preface


1. The Experiment, the Design, and the Analysis

1.1. Introduction to Experimental Design
1.2. The Experiment
1.3. The Design
1.4. The Analysis
1.5. Examples
1.6. Summary in Outline
1.7. Further Reading
Problems

2. Review of Statistical Inference

2.1. Introduction
2.2. Estimation
2.3. Tests of Hypothesis
2.4. The Operating Characteristic Curve
2.5. How Large a Sample?
2.6. Application to Tests on Variances
2.7. Application to Tests on Means
2.8. Assessing Normality
2.9. Applications to Tests on Proportions
2.10. Analysis of Experiments with SAS
2.11. Further Reading
Problems

3. Single-Factor Experiments with No Restrictions on Randomization

3.1. Introduction
3.2. Analysis of Variance Rationale
3.3. After ANOVA--What?
3.4. Tests on Means
3.5. Confidence Limits on Means
3.6. Components of Variance
3.7. Checking the Model
3.8. SAS Programs for ANOVA and Tests after ANOVA
3.9. Summary
3.10. Further Reading
Problems

4. Single-Factor Experiments: Randomized Block and Latin Square Designs

4.1. Introduction
4.2. Randomized Complete Block Design
4.3. ANOVA Rationale
4.4. Missing Values
4.5. Latin Squares
4.6. Interpretations
4.7. Assessing the Model
4.8. Graeco-Latin Squares
4.9. Extensions
4.10. SAS Programs for Randomized Blocks and Latin Squares
4.11. Summary
4.12. Further Reading
Problems

5. Factorial Experiments

5.1. Introduction
5.2. Factorial Experiments: An Example
5.3. Interpretations
5.4. The Model and Its Assessment
5.5. ANOVA Rationale
5.6. One Observation Per Treatment
5.7. SAS Programs for Factorial Experiments
5.8. Summary
5.9. Further Reading
Problems

6. Fixed, Random, and Mixed Models

6.1. Introduction
6.2. Single-Factor Models
6.3. Two-Factor Models
6.4. EMS Rules
6.5. EMS Derivations
6.6. The Pseudo-F Test
6.7. Expected Mean Squares Via Statistical Computing Packages
6.8. Remarks
6.9. Repeatability and Reproducibility for a Measurement System
6.10. SAS Problems for Random and Mixed Models
6.11. Further Reading
Problems

7. Nested and Nested-Factorial Experiments

7.1. Introduction
7.2. Nested Experiments
7.3. ANOVA Rationale
7.4. Nested-Factorial Experiments
7.5. Repeated-Measures Design and Nested-Factorial Experiments
7.6. SAS Programs for Nested and Nested-Factorial Experiments
7.7. Summary
Further Reading
Problems

8. Experiments of Two or More Factors: Restrictions on Randomization

8.1. Introduction
8.2. Factorial Experiment in a Randomized Block Design
8.3. Factorial Experiment in a Latin Square Design
8.4. Remarks
8.5. SAS Programs
8.6. Summary
Problems

9. 2f Factorial Experiments.

9.1. Introduction
9.2. 2 Squared Factorial
9.3. 2 Cubed Factorial
9.4. 2f Remarks
9.5. The Yates Method
9.6. Analysis of 2f Factorials When n=1
9.7 Some Commments about Computer Use.
9.8. Summary
9.9. Further Reading
Problems

10. 3f Factorial Experiments

10.1. Introduction
10.2. 3 Squared Factorial
10.3. 3 Cubed Factorial
10.4. Computer Programs
10.5. Summary
Problems

11. Factorial Experiment: Split-Plot Design

11.1. Introduction
11.2. A Split-Plot Design
11.3. A Split-Split-Plot Design
11.4. Using SAS to Analyze a Split-Plot Experiment
11.5. Summary
11.6. Further Reading
Problems

12. Factorial Experiment: Confounding in Blocks

12.1. Introduction
12.2. Confounding Systems
12.3. Block Confounding, No Replication
12.4. Block Confounding with Replication
12.5. Confounding in 3F Factorials
12.6. SAS Progrms
12.7. Summary
12.8. Further Reading
Problems

13. Fractional Replication

13.1. Introduction
13.2. Aliases
13.3. 2f Fractional Replications
13.4. Plackett-Burman Designs
13.5. Design Resolution
13.6. 3f-k Fractional Factorials
13.7. SAS Programs
13.8. Summary
13.9. Further Reading
Problems

14. The Taguchi Approach to the Design of Experiments

14.1. Introduction
14.2. The L4 (2 Cubed) Orthogonal Array
14.3. Outer Arrays
14.4. Signal-To-Noise Ratio
14.5. The L8 (2 7) Orthogonal Array
14.6. The L16 (2 15) Orthogonal Array
14.7. The L9 (3 4) Orthogonal Array
14.8. Some Other Taguchi Designs
14.9. Summary
14.10. Further Reading
Problems

15. Regression

15.1. Introduction
15.2. Linear Regression
15.3. Curvilinear Regression
15.4. Orthogonal Polynomials
15.5. Multiple Regression
15.6. Summary
15.7. Further Reading
Problems

16. Miscellaneous Topics

16.1. Introduction
16.2. Covariance Analysis
16.3. Response Surface Experimentation
16.4. Evolutionary Operation (EVOP)
16.5. Analysis of Attribute Data
16.6. Randomized Incomplete Blocks: Restriction On Experimentation
16.7. Youden Squares
16.8. Further Reading
Problems

Summary and Special Problems
Glossary of Terms
References
Statistical Tables

Table A. Areas Under the Normal Curve
Table B. Student's t Distribution
Table C. Cumulative Chi-Square Distribution
Table D. Cumulative F Distribution
Table E.1. Upper 5% of Studentized Range q
Table E.2. Upper 1% of Studentized Range q
Table F. Coefficients of Orthogonal Polynomials

Answers to Selected Problems
Index

Other Editions of Fundamental Concepts in the Design of Experiments

Fundamental Concepts in the Design of Experiments by Charles R. Hicks - ISBN 9780195105810