Add to ORKGGuidance on the control of flame spread is given in the following sections. a. Stairs and landings: Sections 2 and 3 (escape stairs) and Section 15 (firefighting shafts). b. Exposed surfaces above fire-protecting suspended ceilings: Section 8. c. Enclosures to above-ground drainage system pipes: Section 9
No fire resistance required for door 1100mm zone above top landing 1100mm zone above top landing ...
This paper deals with the performance of smoke shafts in reducing both the level of smoke concentrat...
External fire spread has the potential to breach vertical compartmentation and violate the fire safe...
Internal fire spread (linings) B2.(1) To inhibit the spread of fire within the building, the interna...
In the event of a fire, smoke migrates from the fire floor to upper floors mainly through vertical s...
This section provides guidance on resisting fire spread over external walls; however, it does not de...
The design of buildings using multilayer constructions poses a challenge for fire safety and needs t...
It is recognized that factors other than flammability of lining materials -- ventilation, the nature...
Minimum fire resistance REI60 from both sides with E30 Sa fire doors Minimum fire resistance REI 12...
In the Secretary of State’s view, requirement B2 is met by achieving a restricted spread of flame o...
Provisions for the fire properties of roofs are given in other parts of this document. a. Requireme...
Firefighting stairs and firefighting lifts should be approached from either of the following. a. A...
Section 7 provides guidance on avoiding the spread of fire between storeys. For a stair that is also...
International audienceUnderstanding of the physics and mechanisms of externally venting flames from ...
Cladding systems are needed for different reasons, amongst them to provide adequate internal environ...
No fire resistance required for door 1100mm zone above top landing 1100mm zone above top landing ...
This paper deals with the performance of smoke shafts in reducing both the level of smoke concentrat...
External fire spread has the potential to breach vertical compartmentation and violate the fire safe...
Internal fire spread (linings) B2.(1) To inhibit the spread of fire within the building, the interna...
In the event of a fire, smoke migrates from the fire floor to upper floors mainly through vertical s...
This section provides guidance on resisting fire spread over external walls; however, it does not de...
The design of buildings using multilayer constructions poses a challenge for fire safety and needs t...
It is recognized that factors other than flammability of lining materials -- ventilation, the nature...
Minimum fire resistance REI60 from both sides with E30 Sa fire doors Minimum fire resistance REI 12...
In the Secretary of State’s view, requirement B2 is met by achieving a restricted spread of flame o...
Provisions for the fire properties of roofs are given in other parts of this document. a. Requireme...
Firefighting stairs and firefighting lifts should be approached from either of the following. a. A...
Section 7 provides guidance on avoiding the spread of fire between storeys. For a stair that is also...
International audienceUnderstanding of the physics and mechanisms of externally venting flames from ...
Cladding systems are needed for different reasons, amongst them to provide adequate internal environ...
No fire resistance required for door 1100mm zone above top landing 1100mm zone above top landing ...
This paper deals with the performance of smoke shafts in reducing both the level of smoke concentrat...
External fire spread has the potential to breach vertical compartmentation and violate the fire safe...