- Author
-
Morgan, H. P.
|
Ghosh, B. K.
|
Garrad, G.
|
Pamlitschka, R.
|
DeSmedt, J. C.
|
Schoonbaert, L. R.
- Title
- Design Methodologies for Smoke and Heat Exhaust Ventilation.
- Coporate
- Building Research Establishment, Garston, England
Fire Research Station, Borehamwood, England
Professional Fire Service, Vienna, Austria
International Fire Safety Engineering Technology, Belgium
- Report
-
BR 368,
1999,
146 p.
- Keywords
-
smoke
|
heat
|
exhaust systems
|
ventilation
|
smoke production
|
smoke movement
|
smoke control
|
fire spread
|
escape means
|
time
|
atria
|
depressurization
|
smoke layers
|
fire departments
|
acceptance tests
|
maintenance
|
regulations
- Identifiers
- Smoke and Heat Exhaust Ventilation Systems (SHEVS); design fire size; smoke control on the storey of fire origin; smoke ventilation within multistorey spaces; alvernative forms of smoke control for atria (including multistorey malls but excluding throughflow ventilation); depressurization/smoke ventilation hybrid design; atrium smoke layer temperature; additional design factors; interactions with other systems in the building; maintenance, management and re-testing; some common mistakes in the design of msoke ventilation system; smoke ventilation design and enforcement of regulators