A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Maximum Ground-Level Concentrations with Downwash: The Urban Stability Mode
Gaussian model-based equations for critical downwind distance, wind speed, and plume height that result in maximum ground-level concentrations (MGLC) under downwash conditions for the rural stability mode were presented in a previous paper. This paper presents general equations for the critical downwind distance xc for the urban stability mode. Specific examples are presented for Schulman-Scire and Huber-Snyder downwash treatments for building-enhanced and regular sigmas.
Maximum Ground-Level Concentrations with Downwash: The Urban Stability Mode
Gaussian model-based equations for critical downwind distance, wind speed, and plume height that result in maximum ground-level concentrations (MGLC) under downwash conditions for the rural stability mode were presented in a previous paper. This paper presents general equations for the critical downwind distance xc for the urban stability mode. Specific examples are presented for Schulman-Scire and Huber-Snyder downwash treatments for building-enhanced and regular sigmas.
Maximum Ground-Level Concentrations with Downwash: The Urban Stability Mode
Bowman, W. Alan (author)
Journal of the Air & Waste Management Association ; 46 ; 615-620
1996-07-01
6 pages
Article (Journal)
Electronic Resource
Unknown
Maximum Ground-Level Concentrations with Downwash—Analysis
| Taylor & Francis Verlag | 2000
Building downwash of plumes and plume interactions
| British Library Conference Proceedings | 1995
Building downwash of plumes and plume interactions
| Online Contents | 1995
Wind tunnel modelling of chimney strong-wind downwash
| Elsevier | 1966