Modeling a Complex 2-Storey Building: Untypical Structural Design Tutorial using ProtaStructure. скачать в хорошем качестве

Modeling a Complex 2-Storey Building: Untypical Structural Design Tutorial using ProtaStructure.

#ProtaStructure #StructuralEngineering #Ekidel In this ProtaStructure 2018 tutorial, engineer Fash from Ekidel demonstrates the structural modeling of a complex 2-storey building. This "untypical" design features columns that do not perfectly align, requiring specific adjustments to ensure structural integrity and accuracy. 🎁 TOOLS AND MATERIALS ✅ 🌐 Ekidel Store Products | https://selar.com/m/Ekidel-Design ✅ Ekidel Mentorship One-On-One Training https://selar.com/Ekidel_mentorship_C... 👉 To Download the Stonebridge Company Detailing Template 2024 version 6.0.147 Click the links Below: LINK 1: https://selar.co/Stonebridge_Template... LINK 2 : https://paystack.com/pay/kx83z4man2 WhatsApp phone number : +2349168891533 🌍 Our Global WhatsApp Group: https://chat.whatsapp.com/Hv57CFZN0fD... Below is a detailed breakdown of the tutorial: Project Setup & Import. The session begins by transitioning a General Arrangement (GA) drawing from AutoCAD into ProtaStructure 2018. • Version Choice: While newer versions exist, the instructor uses the 2018 version to demonstrate its reliability and specific interface nuances. • Importing DXF: The drawing is imported via the "External Reference Drawing" tool. Axis lines (OG) and columns (OC) are mapped specifically to ensure the software recognizes the structural elements. Column & Beam Modeling. The focus shifts to refining the structural members to match the design requirements. • Column Resizing: The instructor batch-edits the columns from a default 230x230mm to 225x225mm to match the architectural specifications. • Primary Beams: Beams are drawn with a width of 225mm and a depth of 450mm. • Secondary Beams & Walls: For areas requiring extra support, such as the share walls around the staircase, deeper beams of 600mm are used. Slab Design & Loading. The instructor explains how to define slabs and their associated loads within the 2018 interface. • Slab Thickness: A standard 150mm slab thickness with a 25mm concrete cover is applied. • Load Parameters: Dead loads are set at 1.2 (allowing for finishes), and live loads are set for general domestic/residential use. • Complex Geometries: For irregular areas where standard "beam regions" won't work, the "Pick Point" method is used to manually define slab boundaries. Managing Cantilevers & Extensions. A significant portion of the tutorial covers modeling "untypical" extensions like balconies and sit-outs. • Offsetting Axes: The instructor uses the offset tool (F2) to create guide axes for extensions ranging from 525mm to 1425mm. • Cantilever Alignment: Specific attention is paid to ensuring the cantilever beams align with the architectural "sit-out" lines. • Structural Logic: The video explains that while some walls will sit directly on beams, others (untypical) will sit directly on the slab, requiring specific "line loads" in future steps. Visualizing in 3D Throughout the process, the 3D Physical Model view is used to verify that the modeling is accurate and that all projections (like the 600mm and 900mm store projections) are correctly positioned. #CivilEngineering #AutoCAD #BuildingDesign #StructuralFraming #EngineeringTutorial