2014Proceedings of the Institution of Mechanical Engineers Part B Journal of Engineering ManufactureRequires access

A new model for contact geometry in single-point incremental forming

David W. Adams, Jack Jeswiet

Open publisher page 12 citations

Abstract

Because the deformation within single-point incremental forming occurs in a small region around the area of contact, understanding the size and shape of the contact patch is useful to model process conditions. The following presents a new model of contact geometry, wherein contact geometry is derived from the intersection of the tool with the regions that have already been formed. Because this method allows for contact geometry to be determined based on measurable surrounding features, experimental measurements of contact geometry are performed to quantify the contributions of tool diameter, step size and wall angle on contact area.

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What this paper is about

Because the deformation within single-point incremental forming occurs in a small region around the area of contact, understanding the size and shape of the contact patch is useful to model process conditions. The following presents a new model of contact geometry, wherein contact geometry is derived from the intersection of the tool with the regions that have already been formed. Because this method allows for contact geometry to be determined based on measurable surrounding features, experimental measurements of contact geometry are performed to quantify the contributions of tool diameter, step size and wall angle on contact area.

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OpenAlex reports 12 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Because the deformation within single-point incremental forming occurs in a small region around the area of contact, understanding the size and shape of the contact patch is useful to model process conditions. The following presents a new model of contact geometry, wherein contact geometry is derived from the intersection of the tool with the regions that have already been formed. Because this method allows for contact geometry to be determined based on measurable surrounding features, experimental measurements of contact geometry are performed to quantify the contributions of tool diameter, step size and wall angle on contact area.

Key concepts: Geometry, Intersection (aeronautics), Contact geometry, Point (geometry), Contact area, Single point, Deformation (meteorology), Contact angle

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