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The term "Exploded-View
Drawing" emerged in the 1940s, and is one of the first times defined in 1965 as "Three-dimensional (isometric) illustration that shows the mating relationships of parts, subassemblies, and higher assemblies. May also show the sequence of assembling or disassembling the detail
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in an exploded views the separated parts should be embraced by a bracket, to show the relationship or order of assembly of various parts are permissible, see image. When an exploded view is shown in a figure that is on the same sheet as another figure, the exploded view should be placed in brackets.
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An exploded-view drawing is a type of drawing, that shows the intended assembly of mechanical or other parts. It shows all parts of the assembly and how they fit together. In mechanical systems usually the component closest to the center are assembled first, or is the main part in which the other
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The projection of an exploded view is usually shown from above and slightly in diagonal from the left or right side of the drawing. (See exploded-view drawing of a gear pump to the right: it is slightly from above and shown from the left side of the drawing in diagonal.)
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showing parts placement, or parts contained in an assembly or sub-assembly. Usually such diagrams have the part identification number and a label indicating which part fills the particular position in the diagram. Many
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701:, which were developed to clarify pictorial representation in a renewed naturalistic way. The exploded view can be traced back to the early fifteenth century notebooks of
670:, for example in the presentation of landscape design. An exploded view can create an image in which the elements are flying through the air above the
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parts get assembled. This drawing can also help to represent the disassembly of parts, where the parts on the outside normally get removed first.
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emanating from the middle of the object, causing the object's parts to be separated an equal distance away from their original locations.
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It shows the components of an object slightly separated by distance, or suspended in surrounding space in the case of a three-
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machine. Leonardo applied this method of presentation in several other studies, including those on human anatomy.
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One of the first clearer examples of an exploded view was created by
Leonardo in his design drawing of a
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exploded diagram. An object is represented as if there had been a small controlled
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678:. The locations can be shadowed or dotted in the siteplan of the elements.
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777:. 2020-08-31. 37 CFR 1.84 Standards for drawings – (h)(1) Exploded views.
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applications can automatically create exploded diagrams, such as
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The exploded view was among the many graphic inventions of the
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Technical Data
Requirements for Systems Engineering and Support
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A physical exploded view made by arranging parts of a camera
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Domenico
Laurenza, Mario Taddei, Edoardo Zanon (2006).
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of an object, that shows the relationship or order of
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798:Michael E. Brumbach, Jeffrey A. Clade (2003).
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642:Exploded diagrams are common in descriptive
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775:United States Patent and Trademark Office
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623:Fully assembled and exploded view in a
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603:The exploded-view drawing is used in
461:Product and manufacturing information
705:(1382–1453), and were perfected by
666:Exploded views can also be used in
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771:"Design Patent Application Guide"
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781:from the original on 2021-11-23
524:Outline of drawing and drawings
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826:Engineering and the Mind's Eye
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824:Eugene S. Ferguson (1999).
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383:Archaeological illustration
226:Projection (linear algebra)
23:Exploded-view drawing of a
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373:Mechanical systems drawing
875:Methods of representation
850:Thomas F. Walton (1965).
16:Type of technical diagram
368:Scientific illustration
93:Curvilinear perspective
69:Orthographic projection
854:. Prentice-Hall. p.170
800:Industrial Maintenance
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441:Technical illustration
88:Perspective projection
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813:Drawing the Landscape
811:Chip Sullivan (2004)
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668:architectural drawing
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571:exploded-view drawing
336:Architectural drawing
196:Computer-aided design
133:Exploded view drawing
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744:Cutaway (industrial)
718:reciprocating motion
707:Francesco di Giorgio
201:Descriptive geometry
74:Isometric projection
39:Graphical projection
839:Leonardo's Machines
653:exploded pie charts
353:Engineering drawing
261:Video game graphics
236:Projective geometry
206:Engineering drawing
98:Reverse perspective
64:Parallel projection
33:Part of a series on
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672:architectural plan
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589:of various parts.
363:Structural drawing
348:Electrical drawing
314:Technical drawings
81:Oblique projection
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870:Technical drawing
711:Leonardo da Vinci
692:Leonardo da Vinci
690:Exploded view by
583:technical drawing
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411:Technical drawing
309:Part of series on
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246:Technical drawing
191:Computer graphics
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709:(1439–1502) and
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416:Assembly drawing
358:Plumbing drawing
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231:Projection plane
221:Plans (drawings)
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497:ANSI/ASME Y14.1
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378:Working drawing
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266:Viewing frustum
256:Vanishing point
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153:Worm's-eye view
128:Cutaway drawing
118:Bird's-eye view
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734:Cross-section
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783:. Retrieved
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181:Anamorphosis
138:Fisheye lens
749:Perspective
699:Renaissance
649:spreadsheet
594:dimensional
251:True length
241:Stereoscopy
864:Categories
785:2021-12-02
755:References
341:Floor plan
186:Axonometry
143:Multiviews
598:explosion
478:Standards
406:Blueprint
158:Zoom lens
25:gear pump
815:. p.245.
779:Archived
728:See also
724:parts."
615:Overview
587:assembly
518:See also
401:Sketches
330:By field
148:Panorama
841:. p.165
828:. p.82.
682:History
644:manuals
579:picture
575:diagram
488:ISO 128
802:. p.65
170:Topics
57:Planar
573:is a
395:Types
112:Views
506:ESKD
658:In
569:An
484:INT
454:CAD
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773:.
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Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
