|
Chamfering consists in removing or
adding a flat section from a selected edge to create a beveled surface
between the two original faces common to that edge. You obtain a chamfer by
propagation along one or several edges. |
|
This task shows how to create two
chamfers by selecting two edges. |
|
Open the
Chamfer.CATPart document. |
|
-
Click Chamfer
.
The Chamfer Definition dialog box appears. The
default parameters to be defined are Length1 and Angle. You
can change this creation mode and set Length1 and Length2.
-
Select the edges to be chamfered.
Chamfers can be created by selecting a face: the application chamfers its
edges.
-
Keep the default mode: enter a length value and an angle
value.
|
|
-
Optionally, click Preview to see the chamfers
to be created.
The application previews the chamfers with the given values.
|
|
Propagation
Two propagation modes are available:
- Minimal: edges tangent to selected edges can be taken into
account to some extent. The application continues chamfering beyond the
selected edge whenever it cannot do otherwise. In our example below, the
chamfer is computed on the selected edge and on a portion of tangent
edges:
|
|
|
|
|
- Tangency: the application chamfers the entire selected
edge as well as its tangent edges. It continues chamfering beyond the
selected edge until it encounters an edge that is non-continuous in
tangency as shown in our example:
|
|
|
|
|
|
In our scenario, because both selected edges
imply no tangencies, the choice of a propagation mode is unnecessary. |
|
-
Click OK.
The specification tree indicates this creation. These are your chamfers:
|