Orthogonal Design in Concrete Application

Chapter 1 Orthogonal Design Preliminary
1．1 Why Test Orthogonal Design
1．2 Orthogonal Design of the Basic Method
1．3 The Basic Principles and Characteristics of Orthogonal Design
Chapter 2 Flexible Use Orthogonal Design
2．1 Orthogonal Design with Different Number of Levels
2．2 The Proposed Level of Law
2．3 Activity Level and its Application
2．4 Composite Factors and Their Applications
2．5 Multi-indicator Orthogonal Design Analysis
Chapter 3 Variance Analysis of Orthogonal Design
3．1 Introduction of Variance Analysis
3．2 Variance Analysis of Orthogonal Design
3．3 Error Handling
Chapter 4 Simple Variance Analysis of Orthogonal Design and Multiple Comparisons
4．1 Extreme and Mean Squares
4．2 Application of Range Method in Variance Analysis
4．3 Multiple Comparison of T Method
Chapter 5 The Orthogonal Design of Interaction Function
5．1 Interaction Concepts and Judgments
5．2 Differences between Interaction and Experimental Error
5．3 The Experimental Arrangements and Analytical Methods with Interaction Function
5．4 Mixed Skills
Chapter 6 Regression Analysis of Orthogonal Design
6．1 Introduction of Regression Analysis
6．2 Binary Orthogonal Regression Analysis
6．3 Multivariate Orthogonal Regression Analysis
Chapter 7 Data Structure and Effect Estimation of Orthogonal Design
7．1 Basic Concepts of Data Structure
7．2 Data Structure Orthogonal Design
7．3 Orthogonal Designs
Appendix Ⅰ Supplementary Examples
Appendix Ⅱ Whole Book Case Index
Appendix Ⅲ Annexed Table
Reference