The paper reviews the evolution of computational wind engineering from environmental and
structural perspectives, since the inaugural conference of computational wind engineering …

The first part of this paper provides an overview of Computational Fluid Dynamics (CFD)
modeling of snowdrift around a building by reviewing previous research including the …

The increasing interest among architects and planners in designing environmentally friendly
buildings has led to a desire to explore and integrate renewable sources of energy. Roof …

This paper reviews the current status of computational fluid dynamics (CFD) modeling of
snowdrift around buildings and discusses the review findings to give insight into future …

A real snowstorm often lasts for hours to several days. Simulating snow drifting on a roof
through traditional transient method of computational fluid dynamics would be time …

This paper reviews the status of computational fluid dynamics (CFD) simulations of snow
drifting around obstacles and gives prospects for future work. First, the main CFD methods …

A series of 2D steady RANS CFD simulations are conducted in this study to investigate the
impact of roof slope on the snow redistribution on gable roofs. A small value of turbulent …

Aeolian landforms occur on all earths' continents as well as on Mars, Titan and Venus and
are typically formed where sediment is eroded and/or deposited by near surface wind flow …

Numerical modelling of wind flow over complex dune topography is an ambitious prospect.
There is an increasing need to understand wind flow over complex topography for land …

The paper describes methodologies for microclimate assessment and provides strategies for
master planners and building designers to create pedestrian comfort conditions that are …