This program explores tolerances, allowances, gage wear and repair, primary standards like gage blocks and surface plates, and the variety of standard and high precision gaging tools used to determine if parts fall within their specified tolerances ranges.
GD&T Self-Study Workbook, Second Edition
Everyone involved in gear design and production will benefit from the practical guidelines in this book. Refer to it on-the-job for tips on process selection, process planning, cycle time formulas and calculations, speeds and feeds, and volume considerations. This book also includes many examples to make your process planning and cycle time estimating easier.
Everyone involved in gear design and production will benefit from the practical guidelines in this book. Refer to it on-the-job for tips on process selection, process planning, cycle time formulas and calculations, speeds and feeds, and volume considerations. This book also includes many examples to make your process planning and cycle time estimating easier.
This program introduces many primary gear terms and definitions, including involute curve, base circle, pitch circle, pitch point, line of action, outside circle, root circle, and many others. Also featured are the various gear forms, functions, axis positions, and gear machining and finishing processes.
By using GD&T, a print can explicitly call out necessary tolerances in an unambiguous fashion. Using shop floor footage and animations to illustrate examples, this program introduces the viewer to GD&T rules and concepts. The 14 symbols used in GD&T are highlighted with examples to define their use.
By using GD&T, a print can explicitly call out necessary tolerances in an unambiguous fashion. Using shop floor footage and animations to illustrate examples, this program introduces the viewer to GD&T rules and concepts. The 14 symbols used in GD&T are highlighted with examples to define their use.
This program is part of the Fundamentals of Geometric Dimensioning and Tolerancing package. In Feature Relationships, the ten remaining geometric characteristic symbols and their categories (profile symbols, orientation symbols, location symbols, and runout symbols) are examined in greater detail using demonstrative examples to clarify their use.
Datums are reference measurement surfaces, planes, or points from which other part features are measured. By using the 14 geometric characteristic symbols along with datum references the functional requirement of a part or assembly can be effectively communicated. The proper identification and usage of datums in GD&T is explored.
Datums are reference measurement surfaces, planes, or points from which other part features are measured. By using the 14 geometric characteristic symbols along with datum references the functional requirement of a part or assembly can be effectively communicated. The proper identification and usage of datums in GD&T is explored.