Beveling the Top of a Concrete Column

Reference Number: KB-00796
Last Modified: July 16, 2015

The information in this article applies to:

Chief Architect Premier or Chief Architect Interiors


How do I create a chamfer or bevel at the top of a concrete column


You can use the solid Primitive Tools in Chief Architect to create a wide variety of customized shapes and symbols.  

In this example, we will use the Cylinder and Cone primitives to bevel on the end of a cylinder and add it to the User Catalog for future use .  

In this example, we will create a concrete column that is 24 inches in diameter and chamfer the top edge at 45 degrees. 

To create the cylinder

  1. Select Build> Primitive> Cylinder , then click and drag to create a cylinder.

  2. Using the Select Objects  tool, select the newly created cylinder solid, then click on the Open Object  edit tool.

  3. In the Cylinder Specification dialog:

  • Set the Radius to 12"

  • Set the Height to 24"

  • The default material for new solids is already concrete, so without making any further changes, click OK.

To create a cone in the same location as the cylinder

  1. Select Build> Primitive> Cone , click at the same point you used to start the cylinder, and drag to draw the cone so it is the same diameter as the cylinder.  

  2. By default, the Radius and Height values for a cone are equal when it is first drawn, which will produce a 45-degree bevel when we are finished.

    Note: To produce a different angle, adjust the Height of the cone: increase the height for a steeper bevel or decrease it for a bevel with a more shallow angle.

  3. In the view below, we can see how the two items intersect, after changing the material of the cylinder to glass.  

To subtract the cone from the cylinder and create your beveled object

  1. Select 3D> Create Perspective View> Perspective Full Overview  and rotate the view so you can see the bottom of the cylinder.

  2. Select the cylinder, click the Subtraction  edit button, and click on the bottom of the cone.

    If you have difficulty with this operation, try setting the height of the cone to be 1/16" lower than that of the cylinder. 

    The resulting 3D shape is an object that can be used to create a chamfer.  

  3. Select File> Close View  from the menu to return to floor plan view.

  4. Create another cylinder with the same diameter as the one created in step 1 (which was 24") and position it so that both it and the chamfering object created in the steps above occupy the same space in floor plan view.  

  5. Select 3D> Create Perspective View> Perspective Full Overview , click on the chamfering object to select it, and use the Move  edit handle to move it so that it will intersect the top of the cylinder.

    If you wish, you can use the Transform/Replicate Object edit tool to move it precisely along the Z axis, as well as to move each object to an absolute x,y location in order to make sure they are directly on top of each other.

  6. In this example, a 24" tall cylinder is used and the chamfering tool is set at a height of 22" to create a 2" chamfer in the next step. 

  7. Click on the concrete cylinder at the bottom, click the Subtraction  edit button, then click on the upper chamfer object to remove the area intersected by this object, creating a bevel.

    You now have a completed concrete column with a beveled top edge.

  8. In your 2D floor plan view, drag a marquee around the beveled concrete shape and click the Make Architectural Block  edit button.

  9. Finally, click the Add to Library  edit tool to add the item to your User Catalog.