Thermal coupling of leakage air and heat flows in buildings and in building components: Development and application of numerical methods: Dissertation

Keyphrases

• Numerical Methods 100%
• Component-based Software Development 100%
• Airflow 100%
• Heat Flow 100%
• Thermal Coupling 100%
• Air Leakage 60%
• Heating Load 40%
• Air Flow Rate 40%
• Thermal Analysis 40%
• Heat Recovery 40%
• Heat Balance 40%
• Structure Level 40%
• Recovery Effect 40%
• Flow Balance 40%
• Response Factor Method 40%
• Energy Analysis 20%
• Numerical Analysis 20%
• Ventilation System 20%
• Airtightness 20%
• Building Envelope 20%
• Heat Transfer 20%
• Single-family House 20%
• Building Structure 20%
• Quasi-steady 20%
• Mechanical Exhaust 20%
• Exhaust Ventilation 20%
• Finite Difference Method 20%
• Thermal Properties 20%
• Heating Energy Consumption 20%
• Building Level 20%
• Balance Equations 20%
• Model Equation 20%
• Dimension Properties 20%
• Property Values 20%
• Physical Modeling 20%
• Thermal Interaction 20%
• Coupled Heat 20%
• Simultaneous Solution 20%
• Air Heating 20%
• Heat Transfer Coefficient 20%
• Convective Heat 20%
• Simulation Procedure 20%
• Leakage Energy 20%
• Heat Balance Model 20%
• Numerical Formulation 20%
• Dynamic Wall 20%
• Leakage Path 20%

INIS

• applications 100%
• coupling 100%
• air flow 100%
• leakage 100%
• heat flow 100%
• balances 71%
• levels 57%
• heat 57%
• air 57%
• interactions 28%
• equations 28%
• heating load 28%
• heat transfer 28%
• houses 28%
• heat recovery 28%
• thermal analysis 28%
• simulation 14%
• solutions 14%
• comparative evaluations 14%
• surfaces 14%
• dynamics 14%
• heating 14%
• length 14%
• modeling 14%
• thermal properties 14%
• walls 14%
• energy consumption 14%
• dimensions 14%
• reliability 14%
• energy analysis 14%
• cracks 14%
• numerical analysis 14%
• flow rate 14%
• ventilation systems 14%
• building envelope 14%
• airtightness 14%
• structures (buildings) 14%
• property values 14%
• finite difference method 14%
• transmission (heat) 14%

Engineering

• Building Component 100%
• Numerical Methods 100%
• Air Flow 100%
• Air Leakage 75%
• Heat Balance 75%
• Airflow Rate 50%
• Heat Recovery 50%
• Thermal Load 50%
• Convective 25%
• Heating Energy 25%
• Ventilation System 25%
• Airtightness 25%
• Building Envelope 25%
• Equation Model 25%
• Physical Modeling 25%
• Balance Equation 25%
• Property Value 25%
• Heat Transfer Coefficient 25%
• Finite Difference Method 25%