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ASME Y14.3 Orthographic and Pictorial Views, 2012
- CONTENTS
- FOREWORD
- COMMITTEE ROSTER
- CORRESPONDENCE WITH THE Y14 COMMITTEE
- 1 GENERAL [Go to Page]
- 1.1 Scope
- 1.2 ASME Y14 Series Conventions
- 1.3 Symbols for Surface Texture and Welding
- 2 REFERENCES
- 3 TERMS AND DEFINITIONS [Go to Page]
- 3.1 Adjacent Views
- 3.2 Constructed View
- 3.3 Design Model
- 3.4 Drawing View
- 3.5 Model
- 3.6 Projector
- 3.7 Related Views
- 3.8 Saved View
- 3.9 Section View
- 3.10 Supplemental Geometry
- 3.11 True Geometry View
- 3.12 True Shape View
- 4 PICTORIAL VIEW CREATION
- 5 ORTHOGRAPHIC VIEW CREATION
- 6 PRINCIPAL ORTHOGRAPHIC VIEWS
- 7 DRAWINGS WITH ORTHOGRAPHIC VIEWS
- 8 SECTION VIEWS IN ORTHOGRAPHIC PROJECTION
- 9 SAVED VIEWS
- 10 CONVENTIONAL REPRESENTATION
- 11 Exploded PICTORIAL ASSEMBLY VIEWS
- Figures [Go to Page]
- Fig. 4-1 Kinds of Projection
- Fig. 4-2 Isometric Projection
- Fig. 4-3 Dimetric Projection
- Fig. 4-4 Trimetric Projection
- Fig. 4-5 Choice of Axonometric View
- Fig. 4-6 Oblique Projection
- Fig. 4-7 Oblique Projections and Effect of Foreshortening
- Fig. 4-8 One-Point Perspective
- Fig. 4-9 Two-Point Perspective
- Fig. 4-10 Three-Point Perspective
- Fig. 4-11 Location of Point of Sight in Perspective
- Fig. 4-12 Pictorial View Coordinate System
- Fig. 5-1 Orthographic Projections to Form Orthographic Views
- Fig. 5-2 Space and Orthographic Arrangement of Views (Third-Angle Projection)
- Fig. 5-3 Space and Orthographic Arrangement of Views (First-Angle Projection)
- Fig. 5-4 Third-Angle Projection Standard Arrangement of the Six Principal Orthographic Views
- Fig. 5-5 First-Angle Projection Standard Arrangement of the Six Principal Orthographic Views
- Fig. 5-6 Arrow Method — Principal Views
- Fig. 5-7 Arrow Proportions
- Fig. 5-8 Projection Symbol
- Fig. 6-1 Removed View
- Fig. 6-2 Arrow Method — Removed View
- Fig. 6-3 Rotated View
- Fig. 6-4 Arrow Method — Rotated View
- Fig. 6-5 Rotation Arrow
- Fig. 6-6 Removed View When Multiple Drawing Graphic Sheets Are Used
- Fig. 7-1 Drawings With One View
- Fig. 7-2 Drawings With Two Views
- Fig. 7-3 Drawing With Three Orthographic Views
- Fig. 7-4 Drawing With Three Orthographic Views of a Stamping
- Fig. 7-5 Front View and Partial Auxiliary Views
- Fig. 7-6 Partial Auxiliary View
- Fig. 7-7 Partial Auxiliary, Partial Front, and Right-Side Views
- Fig. 7-8 Partial Primary and Secondary Auxiliary Views
- Fig. 7-9 Detail
- Fig. 7-10 Phantom Lines for Related Parts
- Fig. 8-1 Section Lining
- Fig. 8-2 Zone Referencing for Removed Sections
- Fig. 8-3 Full Section, Cutting Plane Omitted
- Fig. 8-4 Half Section, Cutting Plane Omitted
- Fig. 8-5 Identifying Sections
- Fig. 8-6 Arrow Method — Identifying Sections
- Fig. 8-7 Bent and Offset Cutting Planes
- Fig. 8-8 Full Section
- Fig. 8-9 Half Section, Assembly
- Fig. 8-10 Omission of Visible Lines
- Fig. 8-11 Omission of Hidden Lines
- Fig. 8-12 Constructed Offset Section View
- Fig. 8-13 Aligned Section
- Fig. 8-14 Removed Section
- Fig. 8-15 Removed Sections on Center Lines
- Fig. 8-16 Revolved Sections
- Fig. 8-17 Broken-Out Sections
- Fig. 8-18 Auxiliary Sections
- Fig. 9-1 Model
- Fig. 9-2 Model and Drawing Graphic Sheet
- Fig. 9-3 Design Model With Offset Section
- Fig. 9-4 Design Model Cutting Plane
- Fig. 9-5 Design Model With Cutting-Plane Intersection Lines Shown
- Fig. 9-6 Axonometric Views, Coordinate System Shown, Section View Rotated
- Fig. 9-7 Drawing Graphic Sheet, Cutting-Plane Intersection Lines Shown
- Fig. 9-8 Section View in the Same Orientation as the View Containing the Cutting Plane
- Fig. 10-1 Line Precedence
- Fig. 10-2 Use of Hidden Lines in Pictorial
- Fig. 10-3 Rotated Features to Show True Shape
- Fig. 10-4 Small Intersections
- Fig. 10-5 Large Intersections
- Fig. 10-6 Conventional Representation, Filleted and Rounded Corners
- Fig. 10-7 Conventional Representations, Fillets, Rounds, and Runouts
- Fig. 10-8 Fillets and Rounds
- Fig. 10-9 Conventional Representation, Breaks in Elongated Features
- Fig. 10-10 Break Lines
- Fig. 10-11 Section Through Ribs
- Fig. 10-12 Conventional Representation of Ribs
- Fig. 10-13 True Geometry Through Ribs
- Fig. 10-14 Section Across Ribs
- Fig. 10-15 Section Views and Section Lining
- Fig. 10-16 Section Through Assembly
- Fig. 10-17 Section Through Shafts, Keys, Bolts, Nuts, and Like Items
- Fig. 10-18 Spokes in Section
- Fig. 10-19 Rotated Features
- Fig. 10-20 Conventional Representation of Rotated Features
- Fig. 10-21 Intersections in Section
- Fig. 10-22 Intersections
- Fig. 11-1 Comparison of Standard Section With Exploded Assembly
- NONMANDATORY APPENDICES [Go to Page]
- NONMANDATORY APPENDIX A SPACE GEOMETRY
- NONMANDATORY APPENDIX B SPACE ANALYSIS AND APPLICATIONS
- NONMANDATORY APPENDIX C ILLUSTRATIONS
- INDEX [Go to Page]