STAAD Steel Scaffolding Load Verification

I need a complete structural design for a steel-framed, supported scaffolding system, produced and analysed in STAAD.Pro. The primary objective is to validate the overall structural load capacity: every bay, ledger and brace must be proven safe under the specified working loads and relevant safety factors. What I expect from you • [login to view URL] model with clear member properties, boundary conditions and load cases. • A concise calculation report outlining assumptions, load paths, governing combinations and utilisation ratios. • Test or simulation results (stress diagrams, deflection plots, interaction checks) that confirm the design can sustain the required global loads. • A short summary in PDF highlighting any critical members and recommended on-site inspection points. Acceptance criteria 1. All steel sections satisfy the chosen code (BS EN 12811, AS/NZS or similar—state which one you adopt) with utilisation ≤ 1.0. 2. Maximum vertical and lateral deflections remain within code limits. 3. Model file opens without errors or warnings in the current [login to view URL] release. 4. Report is clear enough for a third-party checker to replicate. If you have recent experience designing supported scaffolds or temporary works in STAAD, I’d like to see a sample page or two from a previous calculation package. Turnaround within one week would be ideal, but let me know realistically how long you need.

Project ID: 40259956