| Category: | Building design |
| Works With: | Revit |
- discover modeling, constructability, and engineering issues for why the steel frame cannot be connected
- detect and document joints requiring special reinforcement such as doublers and stiffeners
- spend less time resolving construction issues and more time designing amazing structures
Structural engineers discover framing issues related to modeling, constructability, and engineering for why steel cannot be connected. This includes detecting and documenting joints requiring special reinforcement such as doublers and stiffeners.
Qnect optimizes steel material and delivery to reduce embodied carbon. By simplifying complex connections and reducing waste from RFIs and extras, engineers can save at least 5% of the structural steel embodied carbon. Qnect's strategy is to extend this capability to optimize steel connections and framing by providing cost-carbon analytics in Revit.
Qnect delivers innovative and sustainable solutions for the construction industry to build a better future. We provide software & services that help structural engineers design better buildings, contractors run smoother projects and owners operate sooner.
This paper explores structural steel trends, best practices and strategies that improve steel coordination between engineers and fabricators. This includes a focus on engineering issues between the steel frame and connections, constructability, and 3D modeling best practices.