Matematické modelování a počítačová simulace tepelné bilance v technice prostředí disertační práce

Earth and Planetary Sciences

• Impact Prediction 100%
• Environmental Engineering 100%
• Heat Balance 100%
• Simulation 71%
• Thermal Energy 57%
• Investigation 42%
• Air Conditioning 42%
• Research 28%
• Datum 28%
• Show 28%
• Agreement 28%
• Heating 28%
• Sensitivity Analysis 28%
• Energy Balance 28%
• Thesis 28%
• Energy Conservation 28%
• Thermal Comfort 28%
• Ventilation 28%
• University 14%
• Value 14%
• Evaluation 14%
• Housing 14%
• Building 14%
• Parameter 14%
• Input 14%
• Proving 14%
• Temperature 14%
• Air 14%
• Fuel Consumption 14%
• Improvement 14%
• Wall 14%
• Prediction 14%
• Good 14%
• Heat Transmission 14%
• Panel 14%
• Computer 14%
• Family 14%
• Criterion 14%
• Data Base 14%
• Building Construction 14%
• Suggestion 14%
• Environment Simulation 14%
• Quality Assurance 14%
• Czech Republic 14%

Engineering

• Computer Simulation 100%
• Engineering 100%
• Mathematical Model 100%
• Heat Balance 100%
• Simulation 71%
• Thermal Energy 57%
• Heating 28%
• Research 28%
• Energy Conservation 28%
• Thermal Comfort 28%
• Air Conditioning System 28%
• Sensitivity Analysis 28%
• Fuel 14%
• Development 14%
• Evaluation 14%
• Validation 14%
• Temperature 14%
• Buildings 14%
• Prediction 14%
• Good Agreement 14%
• Computer 14%
• Applicability 14%
• System Performance 14%
• Housing 14%
• Building Construction 14%
• Houses 14%
• Input Parameter 14%
• Simulation Environment 14%
• Modeling Environment 14%
• Industrial Hall 14%
• Air Conditioning 14%

Physics

• Computerized Simulation 100%
• Environmental Engineering 100%
• Heat Balance 100%
• Simulation 85%
• Air 57%
• Heating 28%
• Heat Transfer 28%
• Computers 14%
• Performance 14%
• Fuel 14%
• Independent Variables 14%
• Temperature 14%
• Quality 14%
• Environment 14%
• Universities 14%
• Value 14%
• Evaluation 14%