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ASME AED 1 2023

ASME AED 1 2023

$98.04

ASME AED-1-2023 Aerospace and Advanced Engineering Product Definition

Published By Publication Date Number of Pages
ASME 2023
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This Standard provides a method to document requirements that are common across aerospace and other industries that use advanced manufacturing technologies. This Standard offers symbologies, terminologies, and concepts to enhance the understanding and abilities of those who create and use design documentation.

PDF Catalog

PDF Pages PDF Title
4 CONTENTS
6 FOREWORD
7 ASME AED Committee Roster
8 CORRESPONDENCE WITH THE AED COMMITTEE
10 1 GENERAL
1.1 Scope
1.2 Conventions
11 1.3 Reference to This Standard
2 REFERENCES
12 Figures
Figure 1-1 Form and Proportions of Symbols
13 3 DEFINITIONS
3.1 Blend
3.2 Blind Hole
3.3 Corner
3.4 Datum, Aggregate
3.5 Edge
3.6 Fillet
3.7 Pilot Hole
3.8 Abbreviations
14 Figure 3-1 Corner
Figure 3-2 Edge
15 4 ENGINEERING PRODUCT DEFINITION PRACTICES
4.1 Pilot Hole Location Symbols
4.2 Optional Coverage
4.3 Dynamic Profile Tolerance Modifier
Figure 4-1 Pilot Hole Location Specification
16 Figure 4-2 Optional Coverage
17 5 DIMENSIONING AND TOLERANCING PRACTICES
5.1 Orientation and Direction of Dimensional Requirements
5.2 Use of Single Dimension Lines or Double Arrowheads on Space-Restricted or Partial Views
5.3 True Dimensioning on Nonplanar Surfaces
5.4 Radius
18 5.5 Noncircular Fillets
5.6 Blind Holes
19 5.7 Edge Breaks
5.8 Projected Tolerance Zone Direction Indicators
5.9 Individual Symbol
5.10 Assembly Tolerancing
21 Figure 5-1 Orientation and Direction of Dimensional Requirements
22 Figure 5-2 Single Dimension Line or Double-Arrowhead Methods
23 Figure 5-3 Views With True Dimensions
24 Figure 5-4 Views With All Dimensions True
25 Figure 5-5 Center-Located Radius
26 Figure 5-6 Tangent-Located Radius
27 Figure 5-7 Controlled Radius
28 Figure 5-8 External Radius — Permissible Termination
29 Figure 5-9 Internal Radius — Permissible Termination
30 Figure 5-10 Parabola Tangency
31 Figure 5-11 Parabolic Fillet — Example Specification
32 Figure 5-12 Elliptical Fillet — Example Specification
33 Figure 5-13 Blind Hole
34 Figure 5-14 Blind Hole With a Through Hole
35 Figure 5-15 113-deg Drill Point Callout Example
36 Figure 5-16 Edge Break Examples
37 Figure 5-17 Near-Side Projected Tolerance Zone
38 Figure 5-18 Far-Side Projected Tolerance Zone
39 Figure 5-19 Both-Side Projected Tolerance Zone
40 Figure 5-20 Both-Side Projected Tolerance Zone With Different Projected Lengths
41 Figure 5-21 One-Side Projected Tolerance Zone Including Feature Length
42 Figure 5-22 Individual Symbol
43 Figure 5-23 Existing Feature Adjustment Tolerancing Example
45 Figure 5-24 Reference Method
46 Figure 5-25 Applicable Condition Method
47 6 INDUSTRY-SPECIFIC PRACTICES
6.1 Aerospace
Figure 5-26 Aggregate Datum With Inherent Motion in the Assembly
48 Figure 6-1 Arrangement of Aircraft Views
49 Figure 6-2 Identification of Geometry Reference Planes
Figure 6-3 Application of the Symbol Method

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