Explore the process of detailing in architecture and engineering, with an emphasis on how typical details come from various libraries within an office, the standardization of these details, and the collaboration with manufacturers for specific construction details. Discover the importance of the correct installation order of products like GIF and SEAL, and how this plays a crucial role in preventing water penetration.
Key Insights
- The process of detailing in an office often involves using standard office details, specific construction details, and unique project details from various libraries within the office.
- Details such as GIF and SEAL installation around windows demonstrate the importance of the correct order of installation, in this case from the bottom up, to prevent water penetration.
- Architects and engineers often collaborate with manufacturers to extract data for use in their standard architectural sets, demonstrating the active integration of industry-specific information in the detailing process.
53—Detalles—Parte 1 Now, what I would like to do next is go to our Details Page, which would be page 7.1. Details in an office often come from numerous libraries within an office. You will often have Standard Office Details. You will have Specific Construction Details and you will have Specific Details of the Project.
The Typical Details that come out of the library include things like GIF and Seal. And this is a Standard Detail that is normally included. Just to tell the contractor when to put the GIF and Seal product around the window, the order in which the information should be installed.
So you can see that we are saying that first you put the lower piece, and then the side pieces and then finish it with the upper part. Because when we are dealing with GIF and Seal, Humidity Barriers, we are thinking about water penetration and keeping the water out of the barrier. Installing the GIF and Seal from the bottom up, when the rain falls.
I do not have to worry that the water accumulates in some of these smaller areas. Now, a series of these details are also standard in windows, Ramps, Headboards and Lintels. For example, here we are showing a Door Headboard, here we are showing a Clerestory Window, which would be a small window.
And often, these types of details are specific to construction. What we have done as architects and engineers is that we have worked in close collaboration with the window manufacturers. And we have begun to extract information from their data files, incorporating it into our Standard Architectural Sets.
Learn Blueprint Reading
- Nationally accredited
- Create your own portfolio
- Free student software
- Learn at your convenience
- Authorized Autodesk training center
This image here is where I am dealing with a Covered Wall Condition. Here I would have the Stucco Wall, I would have my Metal at the Bottom. Again, I am simply showing this type of condition where we have the wall and a roof happening in the same area.
So again, most of the details you are seeing here are where we have been dealing with manufacturers. Now, as I mentioned before, there is a standardization in how the details are numbered. Again, normally, the first, the second, the third, the fourth, the fifth, the sixth, and so on.
So, again, what we are doing is showing an order from top to bottom right and then from right to left. So that is the order in which we normally number our details.
