Simulation-based approach for estimation of stochastic performances of deteriorating engineering systems

Keyphrases

• Engineering Systems 100%
• Stochastic Performance 100%
• Simulation-based Approach 100%
• Performance Measures 40%
• Life-cycle Performance 40%
• Deterioration Model 40%
• Shock 20%
• Computational Effort 20%
• Aging 20%
• Environmental Conditions 20%
• Earthquake 20%
• External Conditions 20%
• Model Performance 20%
• Nonlinear Model 20%
• Failure Time 20%
• Performance Evaluation 20%
• State Dependence 20%
• Importance Sampling 20%
• Probability Distribution 20%
• Model Complexity 20%
• Performance Estimation 20%
• Estimation Efficiency 20%
• Simulation Equations 20%
• Computational Performance 20%
• Failure Probability 20%
• Performance Assessment 20%
• Valuation Models 20%
• Advanced Simulation Techniques 20%
• Reinforced Concrete Bridges 20%
• Extreme Loading 20%
• Simulation Evaluation 20%
• Chloride-induced Corrosion 20%
• Deterioration Process 20%
• Explicit Simulation 20%
• Stochastic Load 20%
• Instantaneous Failure 20%
• Simulation Steps 20%
• Gradual Deterioration 20%
• Regular Operation 20%
• Deterioration Modeling 20%
• Shock Deterioration 20%
• Simulation-based Estimation 20%
• Performance Valuation 20%

Engineering

• Lifecycle 100%
• Deterioration Model 100%
• Realization 50%
• Computational Effort 50%
• External Condition 50%
• Closed Form Solution 50%
• Complex Model 50%
• Performance Measure ψ 50%
• Reinforced Concrete 50%
• Nonlinear Model 50%
• Failure Probability 50%
• Concrete Bridges 50%
• Failure Time 50%
• Extreme Loading 50%
• Measures of Performance 50%
• Induced Corrosion 50%
• Regular Operation 50%