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 fluid dynamics (CFD) models have been used for the simulation of urban
airflow and pollutant dispersion, due to their capability to capture different length scales and …

To help create a comfortable and healthy indoor and outdoor environment in which to live,
there is a need to understand turbulent air flows within the urban environment. To this end …

The high cost of computational fluid dynamics (CFD) simulations has limited their use for
real-time and long-term simulations. To address this limitation, reduced-order modeling has …

Rapid prediction of airborne gaseous pollutant transport is important for designing a safe
indoor environment. Current models generally solve the airflow fields by CFD first and then …

Natural ventilation has generally remained the preferred choice for improving thermal
comfort and saving energy related to the built environment. To best represent the …

As a semi-closed ecosystem, environmental factors of greenhouses are mutual coupling,
spacial distributed, and with high uncertainty. Considering the optimal environment for crop …

Accurately knowing the spatiotemporal distribution of indoor environmental parameters is
important for indoor thermal comfort adjusting and building energy saving. Due to the …

In a traditional indoor environment, when a single environmental parameter is changed, the
entire room is taken as the object of adjustment. Different locations in the same space may …

The flow control constitutes a challenging research topic with numerous applications in
aeronautics, aerodynamics, fluid mechanics, civil engineering, and so on. Due to the use of …