Tekla Points Creation V19 , Tekla Tutorial , Tips

In this vedio you learn to create tekla software point creation in version V19. tekla tekla steel steel structure modelling petrosteameng.com Tekla modelling course In Tekla Structures, a popular Building Information Modeling (BIM) software for structural engineering and construction, Model Points are essential tools for defining, managing, and referencing specific points in a 3D model. These points help users place components, measure distances, set out layout points for construction, and guide fabrication. Here’s a detailed look at Model Points in Tekla: Key Features of Model Points in Tekla Precision Reference Points: Model Points mark exact coordinates within the model, acting as reference points for components, assemblies, or construction tasks. Customization: Users can assign names, IDs, descriptions, or even attach custom attributes to Model Points to facilitate tracking and identification. Interoperability with Layout Tools: Model Points can be exported to layout tools or total stations, making them useful for on-site construction and layout alignment. Connection with Fabrication and Assembly: Model Points allow precise placement of connections, bolt holes, or any other structural elements, which ensures components fit together accurately during fabrication and assembly. Dynamic Link to the Model: Model Points update automatically if the model geometry changes, maintaining accuracy in case of model modifications. Uses of Model Points in Tekla Setting Out: Model Points are often used to set out specific locations on a structure, such as anchor bolt positions, reference marks, and primary component locations. Alignment and Positioning: For components like beams, columns, and trusses, Model Points provide reference locations to ensure alignment and positioning accuracy. Measuring and Dimensioning: They help users measure distances or define clearances between structural elements. Collaboration and Data Sharing: Model Points can be shared across teams and with external systems, ensuring consistent reference points during construction and collaboration. As-Built Verification: Model Points can be used to capture exact on-site measurements, supporting as-built documentation and helping verify alignment with the model. Creating and Managing Model Points in Tekla Adding Points: To add a Model Point, users simply select the “Model Point” tool and click on the desired location in the 3D model or input specific coordinates. Moving and Modifying: Once placed, Model Points can be moved, renamed, or associated with specific components. Any changes are dynamically updated in the model. Using Points for Layout and Export: Model Points can be exported to various formats compatible with layout equipment or other BIM tools, making them easy to translate into on-site layouts. Clash Detection and QA: By using Model Points as known references, users can verify potential interferences and check structural component placement. Exporting Model Points for Field Layout Tekla’s Model Points can be exported to layout devices for accurate field placement. Tekla offers various formats, like DXF and IFC, to export the model along with its Model Points, allowing the exact coordinates to be transferred to total stations or robotic layout tools used on-site. Benefits of Using Model Points Increased Accuracy: Ensures precise positioning of structural components in the 3D model and on-site. Enhanced Collaboration: Provides a shared reference for teams, helping align work across disciplines. Time Efficiency: Reduces rework due to misalignment by marking exact, verifiable locations for critical components. Improved Quality Control: By defining and tracking Model Points, quality checks are streamlined, as reference points can quickly be verified in both model and construction. Model Points are essential for coordinating and verifying the correct placement of structural elements, enabling high precision in steel modeling and fabrication workflows within Tekla.