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To present a more accurate description of any inclined surface, an additional view, known as an auxiliary view, is usually required. An auxiliary view is simply a “helper” view, which shows the slanted part of the object as it actually is.
Auxiliary Views. An auxiliary view is used to show the true size and shape of an inclined or oblique surface that can not be otherwise seen from any of the six principal views discussed in the previous chapter.
Auxiliary views are prepared with respect to some Reference Line. If the auxiliary view lies uniformly on both sides of the reference line, then it is called Symmetrical Auxiliary Views. While, if it lies on one side only of the reference line, then it is called Unilateral Auxiliary Views.
Definition of Auxiliary Views. An auxiliary view is an orthographic view projected in such a way that the lines of sight aren’t parallel to the principal projection planes (Frontal, Horizontal, or Profile). Simply, the view which is obtained on the auxiliary plane is an auxiliary view.
Construct depth, height, or width auxiliary views. Plot curves in auxiliary views. Construct partial auxiliary views. Create auxiliary section views. Produce views to show the true length of a line, point view of a line, edge view of a surface, and true-size view of a surface.
An auxiliary view is an orthographic view on a plane that is not one of the principal planes of projection. It is created from at least two principal views with the aim of showing the true shape and size of a feature.
To present a more accurate description of any inclined surface, an additional view, known as an auxiliary view, is usually required. An auxiliary view is simply a “helper” view, which shows the slanted part of the object as it actually is.
An Auxiliary view is a concept in technical drawing that is used by engineers, designers and architects. The term refers to an additional view of an object, taken from an angle that is not usually used in the main standard views (front, top, right, left, bottom or back).
An auxiliary view is a projection on an auxiliary plane that is parallel to an inclined (slanting) surface. It is a view looking directly at the inclined surface in a direction perpendicular to it. Auxiliary projections are important for describing the true geometric shapes of inclined surfaces. You also use them for dimensioning these shapes.
An auxiliary view in which A, B, C, and D are labeled with primes, obtained by projection onto a plane P, parallel to the surface ABCD, is the only one in which the true shape of ABCD and the true size of the 30° angle are correctly shown.