Simulating Invisible Light: Adapting Lighting and Geometry Models for Radiant Heat Transfer

Keyphrases

• Visible Light 100%
• Surface Geometry 100%
• Mean Radiant Temperature 100%
• Temperature Simulation 100%
• Radiant Heat Transfer 100%
• Geometry Model 100%
• Lighting Model 100%
• Invisible Light 100%
• Simulation Techniques 50%
• Simulation Method 50%
• Human Body 50%
• Energy Exchange 50%
• Surface Configuration 50%
• Electromagnetic Radiation 50%
• Infrared Radiation 50%
• Radiation Effects 50%
• Built Environment 50%
• Thermal Radiation 50%
• Human Perception 50%
• Infrared Spectra 50%
• Surrounding Environment 50%
• Ray Tracing 50%
• Human Experience 50%
• Indoor Environment 50%
• Geometric Characteristics 50%
• Radiant 50%
• Design Community 50%
• Architectural Strategies 50%
• Radiant Energy 50%
• Long-wave Infrared 50%
• Dual-purpose 50%
• Embodied Effect 50%

Engineering

• Model Geometry 100%
• Mean Radiant Temperature 100%
• Radiant Heat 100%
• Simulation Result 50%
• Simulation Technique 50%
• Simulation Method 50%
• Optical Spectrum 50%
• Simulation Tool 50%
• Radiation Effect 50%
• Thermal Radiation 50%
• Built Environment 50%
• Surrounding Environment 50%
• Infrared Radiation 50%
• Radiant Energy 50%
• Architectural Design 50%
• Case Study 50%