There is no need to create a new model for the static reinforced concrete calculations of architectural projects prepared with ideCAD Architecture. Because the Building Information Model was created in the architectural project phase of the projected building. Building objects such as walls, columns, beams, foundations, stairs, flooring are common to both professions. In addition, the properties of the objects such as width, height, height, material are also the same. Thus, the engineer receives a project from the architect, consisting of elements whose parameters are almost completely determined at the end of the design work. The fact that the walls and floors can be defined at the architectural project stage enables the project and engineering works to start without any loss of information and time and shortens the static preparation process.
Architectural, Reinforced Concrete and Steel Structure Design
With ideCAD Yapı, reinforced concrete and steel mixed multi-storey structures, hall-type and intermediate-storey industrial buildings, canopy structures, stadiums and similar structures, structures with multi-storey reinforced concrete over steel cantilever roof, lower floors reinforced concrete next floors steel structures can be modeled.
Thanks to Building Information Modeling, common data is studied in the architectural and static projecting process. In the system that allows architects and engineers to work together on the same structure, the project is modeled once and "Full Integration" is achieved. Architectural plan and formwork plan are two separate modes of operation within the same project and exactly overlap each other.