Steel Spiral Staircase Load Analysis
Budget: $750 – $1,500 CAD
I need a complete RFEM model and calculation package that shows, step by step, how my steel spiral staircase performs under the factored area loads I will supply. The sole objective is to quantify load-bearing capacity for normal human traffic; furniture, equipment, wind and snow are outside the scope.
Please use Dlubal RFEM throughout, documenting every assumption, member property, boundary condition and load combination so I can reproduce or audit the work later. The final package should include the native *.rf5 file, a concise PDF report with utilisation ratios, deflection checks and a short narrative of your approach, plus any spreadsheets you generate.
I will provide the architectural drawings, material grades and the factored live-load values. You may follow whichever code you find most efficient, but reference the factored area loads exactly as given. My priority is a transparent calculation trail and clear confirmation that the staircase meets—or exceeds—the required capacity without overstress or excessive deflection.
Please use Dlubal RFEM throughout, documenting every assumption, member property, boundary condition and load combination so I can reproduce or audit the work later. The final package should include the native *.rf5 file, a concise PDF report with utilisation ratios, deflection checks and a short narrative of your approach, plus any spreadsheets you generate.
I will provide the architectural drawings, material grades and the factored live-load values. You may follow whichever code you find most efficient, but reference the factored area loads exactly as given. My priority is a transparent calculation trail and clear confirmation that the staircase meets—or exceeds—the required capacity without overstress or excessive deflection.