Geometrical Dimensioning and Tolerancing for Design, Manufacturing and Inspection: A Handbook for Geometrical Product Specification using ISO and ASME standards
Geometrical tolerancing is used to specify and control the form, location and orientation of the features of components and manufactured parts.
This book presents the state of the art of geometrical tolerancing, covers the latest ISO and ANSI/ASME standards and is a comprehensive reference and guide for all professional engineers, designers, CAD users, quality managers and anyone involved in the creation or interpretation of CAD plans or engineering designs and specifications.
* For all design and manufacturing engineers working with these internationally required design standards
* Covers ISO and ANSI geometrical tolerance standards, including the 2005 revisions to the ISO standard
* Geometrical tolerancing is used in the preparation and interpretation of the design for any manufactured component or item: essential information for designers, engineers and CAD professionals
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15 Respecting Gometrical Tolerances During Manufacturing
16 General Geometrical Tolerances
17 Tolerancing Principles
18 Inspection of Geometrical Deviations
19 Function Manufacturing and InspectionRelated Geometrical Tolerancing
20 Examples of Geometrical Tolerancing
21 Differences Between ISO Standards and Other Standards
22 Tolerancing of Edges
9 Maximum Material Requirement
10 Envelope Requirement
11 Least Material Requirement
12 Tolerancing of Flexible Parts
13 Tolerance Chains Accumulation of Tolerances
14 Statistical Tolerancing
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Geometrical Dimensioning and Tolerancing for Design, Manufacturing and ...
No preview available - 2006
according to Fig according to ISO actual axis angular ASME assessed axes or median axial centre circular run-out coaxiality deviation coaxiality tolerance cone angle coordinate measuring machines cylinder datum axis datum feature datum system defined dial indicator diameter distance drawing indication envelope requirement erance Figure filter flatness deviation form deviations form measuring instrument form tolerance GD&T geometrical deviations geometrical tolerances least material requirement least material virtual limit location tolerance manufacturing material virtual condition maximum material requirement maximum material size maximum material virtual measurement uncertainty median face median plane minimum rock requirement nominal orientation and location orientation deviation planar plane surfaces positional tolerancing principle of independency profile tolerance radial run-out deviation reciprocity requirement reference element roundness deviation run-out tolerance shows straight edge straight line straightness deviation straightness tolerance substitute element symbol symmetry Table theoretical exact dimensions tion tolerance Fig tolerance frame toleranced feature total tolerance workpiece surface