Tab Article

Preface
Introduction
Section 0.1-Geometric Product Definition Principles
Section 0.2- Verification of Position with Open Set-Up
Section 0.3- Geometric Characteristic Symbols
Section 0.4- Chart of Symbols
Section 0.5- Rules Sheet
Chapter 1. Geometric Dimensioning and Tolerancing
Section 1.1- An Explanation of Tolerance Zone Conversions
Section 1.2- Surfaces, Features, Features of Size, Datum Features, Datum Features of Size, and Datums
Section 1.3- Tolerances
Section 1.4- Components Common to a Geometrically Dimensioned and Toleranced Drawing
Section 1.5- Fits and Allowances
Chapter 2. Maximum Material Condition, Least Material Condition, and Regardless of Feature Size
Section 2.1- Maximum Material Condition: Meaning and Uses
Section 2.2- Least Material Condition: Meaning and Uses
Section 2.3-Regardless of Feature Size
Chapter 3 How to Read a Feature Control Frame
Chapter 4 Size Controls Form
Section 4.1- The Taylor Principle
Section 4.2- Gaging Size Limits
Section 4.3- Merging Theory with Reality
Chapter 5. Rules, Concepts, Characteristics, and Untoleranced Dimensions
Section 5.1- Individual or Related to Datums
Section 5.2- Material Conditions
Section 5.3- Untoleranced Dimensions
Section 5.4- Components Common to a Feature Control Frame
Chapter 6. Datums
Section 6.1- Datum Features
Section 6.2- Oddly Configured and Curved Surfaces as Datum Features
Section 6.3- Equalizing Datums
Section 6.4- Datum Feature Symbols
Section 6.5- Flexible Parts
Section 6.6- Direct vs Indirect Tolerancing
Chapter 7. The Maximum Material Condition Symbols and Its Ramifications
Chapter 8. Relationships Between Individual Features
Chapter 9. Virtual Condition and Resultant Condition Boundaries
Section 9.1- Virtual Condition (MMC Concept)
Section 9.2- RFS Does Not Mean Tighter Fits
Section 9.3- Virtual Condition-A Functional Boundary
Section 9.4- Unique Effects on Controlled Features That Invoke the LMC Principle
Section 9.5- Wall Thickness Calculation
Chapter 10. Datum Feature of Size Representation
Section 10.1- Modes of Datum Feature Representation
Section 10.2- Angular Orientation
Chapter 11. Form Controls
Section 11.1- Flatness
Section 11.2-Straightness
Section 11.3- Circularity
Section 11.4- Free State Variation
Section 11.5- Cylindricity
Chapter 12. Orientation Controls
Section 12.1- Orientation Characteristics
Section 12.2- Angularity
Section 12.3- Perpendicularity
Section 12.4- Parallelism
Chapter 13. Profile
Section 13.1- Line Element Controls
Section 13.2- The Power and Versatility of Profile to Control Irregular and Unusual Features
Section 13.3- Composite Profile vs. Two Single Segment Profile Controls
Chapter 14. Runout
Section 14.1- Circular Runout
Section 14.2- Total Runout
Section 14.3- Reactions to a Non-Perfect Datum Establishment
Chapter 15. Location
Section 15.1- Concentricity
Section 15.2- The Return of Symmetry
Section 15.3-Position
Chapter 16. A Logical Approach to Part Tolerancing
Section 16.1-Linear Segmented Thinking
Section 16.2- Refining Functional Geometric Controls to Be more Cost Effective
Section 16.3-Implying a Manufacturing Sequence on Complex Part Configurations
Section 16.4- Centerplane Datums
Chapter 17. Dimensioning and Tolerancing Schemes
Section 17.1- Common Tolerancing Method
Section 17.2 Design, Inspection, Production and Prototype Needs and Capabilities Regarding Dimensioning and Tolerancing Methods
Chapter 18. Steps for the Development of a Dimensional Inspection Plan
Section 18.1- The Dimensional Inspection Plan Format
Section 18.2- A Dimensional Inspection Plan Example
Chapter 19. Paper Gaging
Section 19.1- Paper Gaging (Checking Datum-to-Pattern Requirements)
Section 19.2- Composite Positional Controls (Checking-Feature-to-Feature Requirements)
Section 19.3- Pattern of Features Controlled to a Center Datum Feature of Size
Section 19.4- Paper Gaging with Datum Features of Size
Section 19.5- Visual Inspection of Positional Controls by Virtual Condition Boundary Verification
Chapter 20. Functional Gaging
Section 20.1- Functional Gage Design
Section 20.2- Tolerance on the Work (Ten Percent of What?)
Section 20.3- Push Pin Gages (Advantages; Tolerance Distribution)
Definitions
Bibliography
Index