Implementing an efficient control strategy for heating, ventilation, and air conditioning
(HVAC) systems can lead to improvements in both energy efficiency and thermal …

Industries such as metallurgy, chemical engineering, metal products, building materials,
welding, and nuclear engineering inevitably emit high-strength pollutants (solid and liquid …

It has been of great importance to develop better control techniques for heating, ventilation
and air conditioning (HVAC) systems to provide occupancy driven energy and comfort …

Coupling modelling and monitoring has always been a very challenging task aiming for
indoor air pollution control towards the construction of safe, healthy and energy-efficient …

As the urban area under study continues to expand, the high computational cost of urban
wind and thermal environments simulation is becoming a major challenge for researchers …

Computational cost poses a major obstacle to the design of indoor environments with the
current optimal method and computational fluid dynamics (CFD). A novel optimization …

Fast fluid dynamics (FFD) could provide informative and efficient airflow and concentration
simulation. The commonly used turbulence model in FFD was Re-Normalization Group …

A thermally comfortable indoor environment is critical for ensuring the health and
productivity of the occupants. To design a thermally comfortable environment, CFD-based …

Sustainable design is no longer an emerging debate. Data-driven urban and architectural
design faces several potential threats related to airflow modelling, including extreme wind …

The efficient design of structures that exhibit desired properties is challenging across various
engineering and scientific applications. Traditional methods employ experts in a specific …