SCAD Office 21.xxx: Interaction with modeling systems SCAD OFFICE – analysis and design of structural members of buildings and structures Software for designing according to building codes ARBAT KRISTALL CAMIN DECOR ZAPROS Software for design engineering SCAD ++ Steel Profiles Data Base COMET MONOLIT Section Builder SCAD OFFICE – Interaction with modeling systems SCAD++ The program has data import from a variety of graphic editors, including file formats, DWG, DXF, 3DS, and others. It is possible to exchange data with systems - "Allplan“ and "Archicad“ (Nemetschek GmbH) , "Revit“ (Autodesk Inc.), "Tekla Structures“ (Tekla Corporation ) on the basis of standard formats (IFC, SDNF, CIS / 2, ...) as well as using API (Application Program Interface) Data exchange with FE programs Abaqus, ANSYS, STADD and a number of others including exchange through FEMAP Neutral File Format has been implemented. SCAD OFFICE – Interaction with modeling systems TEKLA – The initial model The model passed by St. Petersburg representative office of TEKLA and was a real construction project The initial model without the sandwich panels, slabs and walls The initial model SCAD OFFICE – Interaction with modeling systems It shows the structure of some components, including ridge beams, rafters and purlins joints. Naturally, the project includes all the details that are used to connect structural members. SCAD OFFICE – Interaction with modeling systems The “analytical model” (according to BIM terminology) in the TEKLA system. Green dots indicate absolutely rigid elements that are introduced to the model to take into account the relative position of the structural members (for example, purlins and rafters) SCAD OFFICE – Interaction with modeling systems SCAD - General view of the design model (after reading SDNF- format) adopted in the preprocessor with transparent elements of walls, slabs and roof cladding. Joints after their transfer to the design model marked by red color. Green dots indicate absolutely rigid elements. SCAD OFFICE - Interaction with modeling systems Haunched joint in the representation of the original model in TEKLA, the analytical model and the design model in SCAD This joint is not included in the design model. Analysis of the joint can be performed using special software COMET. SCAD OFFICE – Interaction with modeling systems The design model does not include piles, girts, sole plates and attachment beams of sandwich panels. SCAD OFFICE – Interaction with modeling systems General view of the design model adopted in the preprocessor SCAD after the removal of auxiliary elements SCAD OFFICE – Interaction with modeling systems The cross sections are specified by setting the correspondence between the position in the assortment of rolled profiles and the specific section of the model SCAD OFFICE – Interaction with modeling systems General view of the design model after setting of rolled profiles SCAD OFFICE – Interaction with modeling systems Test loads for verification of the design model SCAD OFFICE – Interaction with modeling systems The results of structural analysis: displacements SCAD OFFICE – Interaction with modeling systems The results of structural analysis: internal forces SCAD OFFICE – Interaction with modeling systems SCAD - General view of the design model (after reading R2S- format) adopted in the preprocessor. Import was executed using API (Application Program Interface) Cross-section types and sizes for all rolled profiles have been taken from TEKLA automatically!!! SCAD OFFICE – Interaction with modeling systems General view of the design model adopted in the preprocessor SCAD. It is a structure with hollow structural members and welded connections SCAD OFFICE – Interaction with modeling systems Results of the structural analysis on testing loading SCAD OFFICE – Interaction with modeling systems SCAD - General view of the design model (after reading IFC- file) adopted in the preprocessor. SCAD OFFICE – Interaction with modeling systems In IFC format the sections of rolled profiles are replaced by their welded replica. With high-quality interaction model can be analyzed and checked but rolled profiles does not selected. SCAD OFFICE – Interaction with modeling systems REVIT – View model after reading the IFC- file SCAD OFFICE – Interaction with modeling systems REVIT - “Analytic model” after automatic transformation from IFC format to design model .