▪ Abstract Increasing urbanization and concern about sustainability and quality of life issues
have produced considerable interest in flow and dispersion in urban areas. We address this …

This paper describes progress made in the scale modeling of urban climate. The studies
reviewed are mainly indoor and outdoor experiments that use an array of urban-like flow …

The FLACS CFD model, which can be used to estimate the flow and dispersion around
buildings and other large roughness obstacles, has been evaluated with tracer data from …

We describe a comprehensivestudy of the statistical characteristicsof concentration
fluctuations in a neutrallybuoyant tracer plume dispersing through a largearray of building …

Carbon Capture and Storage (CCS) is of interest to the scientific community as a way of
achieving significant global reduction of atmospheric CO2 emission in the medium term …

Abstract Carbon Capture and Storage (CCS) emerges as a pivotal strategy in the global
pursuit of achieving a net-zero society by 2050. CCS technologies may play a strategic role …

In order to estimate the impacts of buildings on air pollution dispersion, numerical
simulations are performed over an idealized urban area, modelled as regular rows of large …

Carbon capture and storage is considered an effective mitigation strategy to reduce the most
challenging emissions from heavy industries and gas processing. The safe transport of …

This paper reviews the progress made in urban meteorology over the past few decades. The
focus is on the impact of urban surfaces on the overlying atmosphere along the conventional …

This study simulated the flow and near-field plume dispersion in an urban-like environment
under unstable, neutral and stable atmospheric stratification using the steady Reynolds …