Design for durability
Design for sustainability
Design for resilience
Innovations in sustainable materials
Life-cycle reliability and risk assessments
Life-cycle optimization
Long-term performance analysis
Performance based life-cycle engineering
Uncertainty modeling and analysis
Modelling of time-dependent behavior
BIM techniques enabling life-cycle engineering
Damage identification
Field testing
Standardization of testing methods
Inspection strategies
Inspection of system behavior
Structural health monitoring techniques
Selection of monitoring techniques
Life-cycle performance indicators
Aging of structures
Corrosion, fatigue and cumulative damage
Deterioration models
Earthquake and accidental loadings
Fire and high temperatures
Severe environmental effects
Structure-environment interaction
Overall performance and performance testing
Failure mechanism and failure probability
Maintenance and updating techniques
Construction and underground space development
Disaster prevention and mitigation
Modeling and analysis of large complex infrastructure
Optimization of system
Maintenance strategies
Rehabilitation techniques
Repair and strengthening methods
Inspection and evaluation
Serviceability based criteria for interventions
Sustainable repair measures
Performance based selection of repair strategies
Threshold levels for performance indicators
Target safety levels for upgrading
Life-cycle cost models
Life-cycle optimization methods
Whole life costing
Project management
Optimization in decision making
Human factors in life-cycle engineering
Economic risk and decision basis
Artificial intelligence methods
Evolutionary procedures
Heuristic techniques
Mathematical optimization
Soft-computing methods
Survival models and simulation
Conference Secretariat IALCCE 2020
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