Utilizing high performance supercomputing facilities for interactive thermal comfort assessment

Keyphrases

• High Performance 100%
• Computational Steering 100%
• Thermal Comfort Assessment 100%
• Virtual Reality 50%
• Partitioning Algorithms 50%
• Geometric Model 50%
• Measure Data 50%
• Simulation Performance 50%
• Computing Time 50%
• Surface Temperature 50%
• Tree-based 50%
• Lattice Boltzmann 50%
• Ting 50%
• Local Assessment 50%
• Interactive Simulation 50%
• Ongoing Development 50%
• Facet Model 50%
• 3D Mesh 50%
• Visualization Component 50%
• Manikin 50%
• Indoor Thermal Comfort 50%
• Parallel CFD 50%
• Human Thermoregulation Model 50%
• Thermal Comfort Model 50%
• Mesh Generator 50%
• Local Thermal Comfort 50%

Computer Science

• Virtual Reality 100%
• Ongoing Development 100%
• Geometric Model 100%
• Measurement Data 100%
• Boundary Condition 100%

Engineering

• Thermal Comfort 100%
• Geometric Model 33%
• Measurement Data 33%
• Computing Time 33%
• Computational Fluid Dynamics 33%
• Boltzmann Equation 33%
• Virtual Reality 33%
• Manikin 33%
• Thermoregulation Model 33%
• Resultant Surface 33%
• Flat Surface 33%
• Boundary Condition 33%