25 February 2008 - 20:40Compound wall joins.. an insight!
This can frustrate many a Revit user. It’s happened to everybody: You’re drawing along, pleased at the pace Revit allows you to work when all of a sudden, you realize that your finishes aren’t cleaning up properly. AHHH! I hope to provide some insight:
How Revit cleans joins:
- Revit Architecture connects high priority layers before connecting layers with the lowest priority.
- When layers join, the join cleans up if the 2 layers have the same material. If the 2 layers have different materials, a line appears at the join.
- Each layer must have a function assigned to it for Revit Architecture to match layers accurately.
- Layers inside the core of one wall pass through layers of higher priority that are outside the core of the joined wall.
Pop Quiz: Since it has been explained to you, can you tell what must happen to the wall join as shown above?
The walls are almost configured properly. However, the horizontal insulation must be moved inside of the core in order to cut through the air space that shares it’s same priority level. Remember, insulation and air space share the same function (See below). Therefore, it would be incorrect to change the air space’s priority to 4.
Layers can be assigned the following functions:
- Structure [1]: Layer that supports the remainder of the wall, floor, or roof.
- Substrate [2]: Material, such as plywood or gypsum board, which acts as a foundation for another material.
- Thermal/Air Layer [3]: Provides insulation and prevents air penetration.
- Membrane Layer: A membrane that commonly prevents water vapor penetration. The membrane layer should have zero thickness.
- Finish 1 [4]: Finish 1 is typically the exterior layer.
- Finish 2 [5]: Finish 2 is typically for the interior layer.
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