Examples of 'abutment surface' in a sentence
Meaning of "abutment surface"
In architecture and engineering, an abutment surface refers to the solid, load-bearing structure that supports or connects two separate components or structures, typically at the end or beginning of a bridge or a similar construction. The abutment surface provides stability, strength, and support to ensure the structural integrity and overall functionality of the connected elements. It is designed to withstand the forces and pressures exerted by the weight and movement of the connected components
How to use "abutment surface" in a sentence
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abutment surface
This may strengthen the abutment surface.
The abutment surface may be curved.
The ring defines an abutment surface.
An abutment surface is disposed toward the proximal end.
This object is achieved by an abutment surface.
The insert side abutment surface can be planar.
Each branch carries a pad that acts as an abutment surface.
The abutment surface of the ring can be a conical surface.
Such a surface may provide an abutment surface during insertion.
The abutment surface is preferably perpendicular to the rotation axis.
The compressing element may be provided with an abutment surface.
This cylindrical abutment surface facilitates fitting of the sealing rings.
The window may be provided with a seal to engage an abutment surface.
An abutment surface is disposed at the proximal end of the anchoring element.
This configuration can prevent the abutment surface from becoming indented.
See also
The abutment surface may comprise a plurality of projecting abutment pads.
They form an acute angle with their associated cylindrical abutment surface.
The forward facing abutment surface can be achieved in various ways.
The make up of the elements is not limited by any axial abutment surface.
The hanger includes an abutment surface around the periphery thereof.
The first connector member has a first contact and an abutment surface.
An abutment surface for the head of the clamping element is thus created.
In other embodiments however the abutment surface fully corresponds to the planar platform.
The abutment surface may be a continuous surface extending around the head.
The first stop member may engage an abutment surface of the first opening.
The abutment surface may be provided on the upper surface of the closure element.
Each ligation arm can include a clamping surface and an opposed abutment surface.
Each protrusion has an abutment surface for abutting an engaging surface of a respective post.
The datum features are preferably provided on the abutment surface of the support structure.
Preferably said second abutment surface is formed by a retaining nut passing through the plate.
At least one cheek may also include at least one second arcuate abutment surface.
This platform provides an abutment surface for the prosthesis and thus a strong support.
This interruption occurs when the stop portion is centered in the first abutment surface.
The housing may have a first abutment surface and an opposed second abutment surface.
Forms with rounded tops are preferred in order to obtain the smallest possible abutment surface.
An abutment surface prevents the inner shell from moving completely out of the outer shell.
In one embodiment the bore comprises an internal shoulder that forms the abutment surface.
The abutment surface may comprise one facet or multiple facets spaced around the head.
The side interior surface can define a recessed portion adjacent the abutment surface.
The recess abutment surface also extends across the entire width of the rear surface.
The hinge structure can be controlled upon closing and opening by the abutment surface.
The bottom of the split thus provides an abutment surface for the bone anchorage means.
The first abutment surface may abut against an end of the first screw thread segment.
Advantageously, it constitutes a conical abutment surface.
The tapering shape and abutment surface cooperate to inhibit longitudinal motion in both longitudinal directions.
In embodiments, the actuating portion defines an abutment surface.
The clamping recess can comprise an insert abutment surface located opposite the insert clamping surface.
The abutment surface 7c is formed by a bulge.
The free end 7 is a substantially transverse annular abutment surface.
Preferably the main abutment surface AA is a substantially planar surface.
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