Search results

  1. H

    Idecad certified to ifc 1.5.1 compliance 19 years ago, 2002

    Building Information Modeling (BIM) Compliance (IFC 1.5.1) of ideYAPI Products was certified and documented 19 years ago at the IAI Industry Days event held in Germany. What does IFC mean? It is explained in the link below...
  2. H

    What is Building Information Modeling Bim

    What is bim? If you ask, the google search engine will bring you a lot of information that you cannot easily understand. Some of the BIM definitions we have made for MEP, Architecture, Static, Reinforced Concrete and steel are as follows. BIM is a method that allows easy control of whether a...
  3. H

    What is Building Information Modeling Bim

    What is Building Information Modeling (BIM) ideCAD, which includes fully integrated architecture, reinforced concrete and steel, shortens the project design time with its system that allows sharing the same building information model, and the possibilities of creating, reviewing and editing the...
  4. H

    What is Building Information Modeling Bim

    What is Building Information Modeling (BIM)? You can find many Building Information Modeling (BIM) definitions defined on the web. But in general, it can be said: It is the international name of the system that ideYAPI defines as IDS (Integrated Design System) and has been building since...
  5. H

    What is Building Information Modeling Bim

    Building Information Modeling (BIM) Building Information Modeling is a process where project data is created digitally in 3D, shared and managed. Building Information Modeling: ideYAPI A.Ş has pioneered the digitalization of the construction industry in Turkey for more than 30 years. By...
  6. H

    Use the Power of ideCAD...

    Overview About ideCAD Building Information Modeling What is Building Information Modeling (BIM)? What is ideYAPI Integrated Design System (IDS)? Architectural Structural Teamwork with ideCAD Customize ideCAD Keyboard Shortcuts and Toolbars in Ribbon Menu Keyboard Shortcuts and Toolbars in...
  7. H

    Bim Tools Used for Building Information Modeling

    The commands used for the static design building information model (bim) are given below in alphabetical order. Click the link below to download the trial version and use the bim tools immediately. https://help.idecad.com/ideCAD/Get-Started.1056112732.html Bim tools used for building...
  8. H

    Sample steel projects

    Example Steel Project 1: Industrial Structure https://portal.idecad.com.tr Example Steel Project 2: 10-Story Building https://portal.idecad.com.tr Example Steel Project 3: Canopy Structure https://portal.idecad.com.tr Örnek Çelik Proje 4 : Dia grid sistem...
  9. H

    Mode combination method (response spectrum analysis)

    In this example, independent hand calculation results of the internal force values obtained as a result of the earthquake calculation with the mode shapes, periods and mode combination method of a two-storey system with a single span are made and the results of ideCAD Static are compared. Click...
  10. H

    Model Industrial Buildings with Ready-Made Macros Quickly

    Create Building Information Model of industrial buildings with smart hall macro quickly . ideCAD automatically prepares architectural sheets, static calculations, steel drawings, steel fabrication details and visualization Rendars and animations to present to your customers by using the Building...
  11. H

    Model joins at lod 400 level

    Model LOD 400 Level of Development Joins in the Built Building Information Model. Design the combination with the most suitable geometry for the capacity of the connected elements with the smart quick drawing mode. As the next step, design in accordance with the Turkish Steel Code and...
  12. H

    How to Calculate Multi-Story Steel Structure

    Building Story Information : The building consists of 4 regular floors. The story heights are 3 m on all stories except the ground floor while the ground floor is 4 m. The total height of the building above ground level is 13 m. Building Geometry : The building consists of 4 axes with a span...
  13. H

    Short Head Shearwall

    You can add shearwall pieces connected to group shearwalls that do not provide 1/6 size ratio in shearwall groups, mark the "Short head shearwall" option in shearwall properties and give the same group name as a title to the group shearwall...
  14. H

    Creating a model using a template

    You can save projects containing your own settings as "template projects" and use them when opening a new project. In template projects: 1. Font size heights, fonts, etc. all visual settings available in dialogs 2. Default values found in dialogs of objects 3. Default values used during...
  15. H

    Customize commands based on usage

    If you want to use any command that you use a lot, in a visible place, on the toolbar, you can drag and drop it to the toolbars with "Customize" . -> Click the right mouse button on any toolbar. Click on Customize from the drop-down menu. -> In the dialog that opens, reach the command you want...
  16. H

    TS 500 - Bending and Shear Reinforcement Area Calculation

    In this example, the bending and shear reinforcement calculations of a 6 m long reinforced concrete beam element are made by independent hand calculation and compared with the results of ideCAD Static. TS 500 was used in the calculation of reinforcement area . The beam is under the effect of a...
  17. H

    Get the ideYAPI Building Information Model

    There is no need to create a model again for the structural calculations of architectural projects prepared with ideCAD Architectural. Because the Building Information Model was created at the architectural project stage of the projected building. At the end of the design work, the engineer...
  18. H

    How to calculate temperature loading manually

    In this example, two first 10 inch long rectangular rod elements are used. One end of these rod elements is flush-mounted, the other rod element is defined as one end is fixed support and the other end is fixed support. In the first system, the free joint displacement value will be calculated...
  19. H

    Shear Strength Controls of Columns

    7.3.7.1 - Shear force V e to be taken as basis for transverse reinforcement calculation in columns , Eq. It is calculated by (7.5) . It is important for the calculation of M a and M ü whether the sum of the bearing strength moments of the columns at the node point is 20% more than the moments...
  20. H

    Shear Strength Controls of Beams

    7.4.5.1 - beams transverse reinforcement account mainly be received shear force, V e , the action of the earthquake from left to right or right to left for the case to separately, and unfavorable result, Eq. (7.9) to be found (Figure 7.9) . Kiriş uçlarındaki moment kapasiteleri, Mpi ≈1.4Mri ve...
Top