Add to ORKGThis report describes two models for calculations and simulations of spread of fire gases via ventilation systems. The models are applied on the electrical building of reactor 3 at the nuclear power plant of Ringhals, Sweden. A summary of the present Swedish regulations regarding fire dampers and duct insulation is presented. Suggestions to reduce smoke spread via ventilation systems are given. (Swedish
The National Board of Housing, Building and Planning (Boverket) has initialized a compilation of kno...
This is sub-report 2 of the BRAVENT project (Fire and smoke distribution in ventilation ducts) which...
The report describes different underground systems including mines and tunnels during construction (...
This masters thesis deals with smoke spread via ventilation systems. One aim of the thesis is to inv...
Recently questions about whether spread of heat and smoke in ventilation ducts during a fire represe...
Fire models are used increasingly for fire safety assessment in nuclear power plants. Examples of th...
It is difficult to predict if there is a risk for fire smoke spread through a ventilation systems an...
Prediction of the spread of combustion gases from a fire is a major area of interest when analyzing ...
This report is a fire safety evaluation of the office enviroments at a nuclear power plant in Oskars...
The purpose of this report is to compile educational material concerning Positive Pressure Ventilati...
In order to maintain a high safety level at a nuclear power plant it is important not only to measur...
Fires can be an important hazard for the overall safe operation of nuclear power plants. Prevention ...
This work has been made on behalf of SF Brandskyddskontroll to investigate the effects and possibili...
Fires in enclosures equipped with mechanical ventilation remain one of the key issues for fire safet...
It is recognised that smoke is the major killer in most fires. In buildings with mechanical heating,...
The National Board of Housing, Building and Planning (Boverket) has initialized a compilation of kno...
This is sub-report 2 of the BRAVENT project (Fire and smoke distribution in ventilation ducts) which...
The report describes different underground systems including mines and tunnels during construction (...
This masters thesis deals with smoke spread via ventilation systems. One aim of the thesis is to inv...
Recently questions about whether spread of heat and smoke in ventilation ducts during a fire represe...
Fire models are used increasingly for fire safety assessment in nuclear power plants. Examples of th...
It is difficult to predict if there is a risk for fire smoke spread through a ventilation systems an...
Prediction of the spread of combustion gases from a fire is a major area of interest when analyzing ...
This report is a fire safety evaluation of the office enviroments at a nuclear power plant in Oskars...
The purpose of this report is to compile educational material concerning Positive Pressure Ventilati...
In order to maintain a high safety level at a nuclear power plant it is important not only to measur...
Fires can be an important hazard for the overall safe operation of nuclear power plants. Prevention ...
This work has been made on behalf of SF Brandskyddskontroll to investigate the effects and possibili...
Fires in enclosures equipped with mechanical ventilation remain one of the key issues for fire safet...
It is recognised that smoke is the major killer in most fires. In buildings with mechanical heating,...
The National Board of Housing, Building and Planning (Boverket) has initialized a compilation of kno...
This is sub-report 2 of the BRAVENT project (Fire and smoke distribution in ventilation ducts) which...
The report describes different underground systems including mines and tunnels during construction (...