Sometimes it can be a real challenge trying to find 2D details within the Revit Structure library. A few years back I noticed that there is a 2D DWF file located in the root of the Detail Components folder. This has 30 drawing sheets with all the graphic 2D details and the folder locations. If you have your own libraries of 2D details it is a good idea to add these to the DWF file. Below you can see a screen shot of the DWF page showing fastners.
The DWF can be located in Windows 7 here:
Many of you may already have used the Excitech toolkit for pile schedules and scheduling coordinates of complex 3D structural objects. The Revit 2012 version is now available here:
If you have not used the toolkit, here is a brief summery of features.
The FREE Excitech Revit Coordinate Scheduling application is a powerful tool for Revit Architecture, Revit Structure and Revit MEP that will enable users to automatically acquire precise X, Y and Z coordinates from certain Revit objects.
This allows users to more rapidly produce schedules of, for example, piling and services; as well as to publish coordinates for complex geometry across 3D space
Unattached voids in families (i.e. voids that don’t cut anything in the family) can now be used to cut objects in the project where the family is loaded. The objects that can be cut are: Walls, Floors, Roofs, Ceilings, and family instances of these categories: Structural Framing, Structural Column, Structural Foundation, and Generic Model. The main advantage is that you can parametrically control the cut size and features. In the below example I can control the Length, Width, Depth and chamfer size.
No in-place families have been created in the above model and one void family has been used to cut the Structural Wall, Strip Footing and the pad foundation. This is a much faster workflow when you need to cut multiple objects.
See my quick tutorial on YouTube for more information.
Hope this is useful,
Revit, for some time has had the ability to export both 2D and 3D models to other CAD packages such as AutoCAD and Bentley MicroStation. The major issue when exporting the CAD information was that Revit would only use the primary category and ignored the sub categories when mapping to layers.
(Old Export Layers Dialog box from Revit Structure 2010)
Revit Structure 2012 now provides some great enhancements to this area. The major new feature is the ability to add modifiers to the layer names. See the below image.
For example, you can now configure Revit Structure 2012 Floor to output objects on the following layer. Notice that you can use modifiers on the layer names.
In the above example, I have used a simple material modifier to separate steel and column framing. You will have to freeze layers in AutoCAD to control the visibility as many structural items such as steel beams are output as blocks rather than simple line work.
This is definitely a major step forward and will help anyone who has to deliver a Revit model in DWG or DGN format.
I have often found that understanding the various settings within the View Range dialog to be fairly challenging. I have created a short video to explain and show the various settings. I have based this around a very simple model and used model lines to show the Top range, Cut Plane, Bottom Range and View Depth.
Here is the link to the YouTube Video:
Hope this Helps,
A great feature of Revit is the ability to select an object and use the arrow keys to nudge the object. If you hold down the SHIFT key this will nudge the item a greater distance. You could call this Supernudge!
Those of you that were able to attend our Revit Structure 2012 forum will have seen the presentation on Revit content creation. One very important aspect of this is the various settings within the Family Category and Parameters dialog box. Typically, these settings control how your family file operates within a project. Here are some tips and tricks for framing families.
Notice the crazy dimensions on the framing!
The Structural Framing Length Round off parameter controls the physical accuracy of the beam you are modelling. This can have a significant impact on the scheduling of structural framing. As you can see, this also controls the dimensioning of this framing element within a project. It is also significant when scheduling beams and will affect the count when rounding is used.
Many of you may have wondered how Revit Structure understands when to cut back a beam and when to create a monolithic structure.
This functionality is simply controlled by the Structural Material Type within the Family Category and Parameters dialog box. See below.
Here you can see the settings for a Steel Beam family.
Hope this helps,
I do plan to create some tutorials on this area and perhaps even some YouTube videos!