Wind driven rain and moisture safety of tall timber houses – Evaluation of simulation methods

Keyphrases

• Simulation Method 100%
• Timber House 100%
• Moisture Risk 100%
• Wind-driven Rain 100%
• Tall Timber 100%
• Rule-based 33%
• Uncertainty Levels 33%
• Timber 33%
• Vulnerability 33%
• Performance-based 33%
• State-of-the-art Research 33%
• Risk Analysis 33%
• Complex Relations 33%
• Functional Layer 33%
• Failure Mode 33%
• Safety Concept 33%
• Building Envelope 33%
• Outdoor Climate 33%
• Structural Members 33%
• Laboratory Data 33%
• Small Housing 33%
• Exposure Parameters 33%
• Risk Analysis Methods 33%
• Multi-story 33%
• Moisture Accumulation 33%
• Laboratory Monitoring 33%
• Categorization Models 33%
• Heat Simulation 33%
• Moisture Simulation 33%
• Moisture Impact 33%
• Layer Groups 33%
• Transnational Projects 33%

Engineering

• Facades 100%
• Simulation Method 100%
• Cross Section 50%
• Simulation Result 33%
• Measured Data 16%
• Data Show 16%
• Additional Consideration 16%
• Limited Performance 16%
• Building Envelope 16%
• Model Data 16%
• Monitoring Result 16%
• Moisture Risk 16%
• Core Layer 16%
• Functional Layer 16%
• Structural Member 16%
• Research Work 16%
• Failure Mode 16%