Simplified energy-based robustness assessment for steel-composite car parks under vehicle fire

Keyphrases

• Car Park 100%
• Steel Composite 100%
• Vehicle Fire 100%
• Column Buckling 100%
• Energy-based 100%
• Robustness Evaluation 100%
• Structural Robustness 100%
• Localized Fire 100%
• Fire Scenario 50%
• Maximum Temperature 50%
• Elevated Temperature 50%
• Practical Design 50%
• Energy Balance 50%
• Elastoplastic 50%
• Car Park Fire 50%
• Ductility 50%
• Simplified Approach 50%
• Local Damage 50%
• Temperature-independent 50%
• Assessment Approach 50%
• Fire Modeling 50%
• Damage Scenarios 50%
• Heat Transfer Analysis 50%
• Temperature Analysis 50%
• Performance Balance 50%
• Joint Reactions 50%
• Plastic Joint 50%
• Fire Accident 50%
• Blast Loading 50%
• Ductility Demand 50%
• Modeling Heat Transfer 50%
• Sound Quality Metrics 50%
• Ambient Modal Analysis 50%
• Event-independent 50%
• Sudden Column Loss 50%

Engineering

• Composite Steel 100%
• Euler Buckling 100%
• Applicability 50%
• Heat Transfer Analysis 50%
• Maximum Temperature 50%
• Elevated Temperature 50%
• Damage Scenario 50%
• Blast Loading 50%
• Joints (Structural Components) 50%
• Independent Event 50%