Guardrail System Structural Engineering Analysis -- 2
Budget: $30 – $250 AUD
I am seeking a qualified structural engineer to evaluate the performance of a freestanding steel guardrail system, which is mounted on adjustable rooftop pedestals. The analysis should focus on the system's response to wind loads, seismic activity, and potential human impacts. The main objective is to ensure the guardrail's stability and its ability to withstand lateral forces without requiring roof penetrations.
Project Scope
Review Existing Documentation: Assess my current layout drawings, pedestal spacing, and specifications for the steel members.
System Modeling: Utilize finite element modeling software (such as SAP2000, STAAD, or equivalent) to simulate the combined effects of wind, seismic forces, and point loads, in accordance with IBC and OSHA standards for guardrails.
Calculation Package: Deliver a comprehensive calculation package that includes:
Governing load combinations
Deflection analyses
Safety factors
Anchor reactions (if applicable)
Maximum Pedestal Height: Determine the highest pedestal height that can effectively resist lateral loads without the need for additional reinforcement or bracing.
Reinforcement Recommendations: Provide a summary of any necessary reinforcement or ballast measures to ensure compliance with relevant codes.
Deliverables: The final output should include a PDF engineering report, native calculation files, and an editable analysis model.
I will provide all necessary drawings, site photographs, and material specifications at the commencement of the project.
Project Scope
Review Existing Documentation: Assess my current layout drawings, pedestal spacing, and specifications for the steel members.
System Modeling: Utilize finite element modeling software (such as SAP2000, STAAD, or equivalent) to simulate the combined effects of wind, seismic forces, and point loads, in accordance with IBC and OSHA standards for guardrails.
Calculation Package: Deliver a comprehensive calculation package that includes:
Governing load combinations
Deflection analyses
Safety factors
Anchor reactions (if applicable)
Maximum Pedestal Height: Determine the highest pedestal height that can effectively resist lateral loads without the need for additional reinforcement or bracing.
Reinforcement Recommendations: Provide a summary of any necessary reinforcement or ballast measures to ensure compliance with relevant codes.
Deliverables: The final output should include a PDF engineering report, native calculation files, and an editable analysis model.
I will provide all necessary drawings, site photographs, and material specifications at the commencement of the project.