CYPE presents its StruBIM Steel program for structural steel detailing at the NASCC Conference

CHICAGO - March 17, 2023 - PRLog -- The architectural, engineering and construction software company CYPE will present its StruBIM Steel program for creating and maintaining BIM models of steel structures at the NASCC conference in the U.S. From April 12-14, 2023, CYPE experts will provide U.S. steel building specialists with an overview of the program's adaptability to the American market, as well as its capabilities for producing structural steel detailing drawings, exporting them to IFC EM.11 format, and sending the files to workshops and structural steel fabricators for ad hoc production.

StruBIM Steel allows the detailing of steel structures to be performed and offers different solutions for modeling or importing a BIM model. With this tool, construction professionals can precisely define all the elements required for the detailing, such as sections, plates, bolts, welds and anchors.

In addition, StruBIM Steel users can directly generate graphical information of the structure, creating part sheets (sections and plates), assembly sheets, joint sheets and sheets with the general views of the model. This way, the program generates all structure drawings for fabrication in a single click, allowing users to revise and update fabrication and assembly drawings on an ongoing basis.

Export to IFC EM.11 format (MVD -Model View Definition)
Both the inclusion of the AISC 360-16 (LRFD) standard into StruBIM Steel and the ability to export to the "EM.11" (IFC - MVD) format mean this program meets the requirements of U.S. professionals. Both structural designers and fabrication shops, since the "EM.11" format is the standard used in the United States by CNC machines. It is worth noting that this "EM.11" (IFC - MVD) format was developed for the U.S. market by AISC in collaboration with GeorgiaTech.

StruBIM Steel, like all other CYPE applications, has implemented the OpenSees (Open System for Earthquake Engineering Simulation) analysis engine for both linear and non-linear analysis of structures. The use of this analysis engine, which is developed by Frank McKenna, Gregory L. Fenves and Filip C. Filippou from the University of California, Berkeley, is well established around the world and is widely used as a reference analysis engine by academia and professional experts in advanced structural analysis.