Physics-based Demand Model and Fragility Functions of Industrial Tanks under Blast Loading

Keyphrases

• Physics-based 100%
• Function Model 100%
• Demand Model 100%
• Blast Loading 100%
• Fragility Functions 100%
• Industrial Tank 100%
• Single-degree-of-freedom System 75%
• Correction Term 50%
• Industrial Facilities 50%
• Model Accuracy 25%
• Bayesian Inference 25%
• Reliability Issues 25%
• Reliability Analysis 25%
• Conditional Probability 25%
• Model Errors 25%
• Correction Model 25%
• Fragility Curves 25%
• Damage Level 25%
• Probabilistic Demand 25%
• Probabilistic Approach 25%
• Unknown Model Parameters 25%
• Industrial Plant 25%
• Intensity Measure 25%
• Steel Tank 25%
• Bending Failure 25%
• Shallow Shell Theory 25%
• Combined Prediction 25%
• Blast Hazard 25%
• Load Intensity 25%
• Explosion Incident 25%
• Cylindrical Steel Tanks 25%

Engineering

• Blast Loading 100%
• Degree of Freedom 75%
• Single Degree 75%
• Correction Term 50%
• Steel Tank 50%
• Illustrates 25%
• Reliability Analysis 25%
• Model Parameter 25%
• Shell Theory 25%
• Conditional Probability 25%
• Fragility Curves 25%
• Probabilistic Approach 25%
• Damage Level 25%
• Shallow Shells 25%
• Scaled Distance 25%
• Load Intensity 25%
• Industrial Plant 25%