Developing a life-cycle management system for reinforced concrete buildings based on fully-probabilistic deterioration models

Keyphrases

• User Interface 100%
• Probabilistic Deterioration Model 100%
• Life Cycle Management System 100%
• Non-geometric 100%
• Reinforced Concrete Buildings 100%
• Environmental Load 100%
• Geometric Information 50%
• Material Properties 50%
• Early Detection 50%
• Load Data 50%
• Building Geometry 50%
• Whole Structure 50%
• Inspection Data 50%
• Network Level 50%
• Hierarchical Level 50%
• Life Cycle Management 50%
• Single Element 50%
• 3D Geometry 50%
• Load Resistance 50%
• Inspection Technique 50%
• Relational Database 50%
• Non-destructive Inspection 50%
• Java3D 50%
• Geometry Model 50%
• Element Level 50%
• Construction Conditions 50%
• Environmental Materials 50%
• 3D Library 50%
• Java Application 50%
• Reinforced Concrete Structures 50%
• Repair Actions 50%
• Material Resistance 50%
• Economic Planning 50%
• Environmental Inspection 50%
• Remedial Actions 50%
• Deterioration Modeling 50%
• Inspection Planning 50%

Engineering

• Lifecycle 100%
• Cycle Management 100%
• Deterioration Model 100%
• Concrete Buildings 100%
• Environmental Load 100%
• User Interfaces 100%
• Reinforced Concrete 100%
• Research Project 50%
• Early Detection 50%
• Network Level 50%
• Single Element 50%
• Load Resistance 50%
• Non-Destructive Inspection 50%
• Model Geometry 50%
• Resistance Varies 50%
• Reinforced Concrete Structure 50%
• Material Resistance 50%
• Hot Spot 50%