Academic Building Fire Protection – Case Study Example

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The paper "Academic Building Fire Protection" is an excellent example of a case study on engineering and construction. Internal Fire Spread Lining The materials for ceilings and walls can adversely affect the spread and growth of the fire, even if it was not the first materials to be ignited. Linings in circulation spaces may contribute to fire spreads, and this rapid spread may prevent the occupants from escaping. Numerous factors influence fire spread and may include the rate in which the lining gives off heat and the ease of ignition. The major component of inlining is the walls.

Walls can be defined as any part of the ceiling that slopes more than 700 and the surface of the glazing. On the other hand, a ceiling shares the same definition with a wall but includes the underside of a gallery and the underside of the roof that is exposed to the room below. Walls and ceilings play a major role in determining the adverseness of the fire (BSI British Standards, 2008). The type of ceiling may define the extent to which the fire can be hazardous.

For example, a suspended ceiling can contribute to the overall fire resistance of the assembly. Provide that the suspension incorporates redundant materials that could prevent the fire from spreading. Ceilings can determine the extent to which fire breakout can be controlled or avoided. This building has numerous floors in which one roof makes the floor of another roof. Thus, the ceiling should be strong enough to ensure that in the case of fire, the floor or ceiling can support furniture and other types of equipment in the building. This means the internal lining especially the ceiling should resist and to fire spread.

Failure of the ceiling or roof may contribute to structural failure and may prevent firefighters from fulfilling their roles while reducing the means of escape that can be utilized by occupants (BSI British Standards, 2008). Thus, the type of ceiling is diverse but the commonly used ceiling is that of concrete and such design usually resists fire. However, to improve its resistant nature, plastering using mortar or any other fire-resistant material would greatly champion ignition and spread of fire.

Moreover, the electrical wiring and any other connected should be built into the walling a wall that it cannot transmit fire into other parts of the building.  

References

BSI British Standards. 2008. Code of Practice for Fire Safety in the Design, Management, and use of Buildings – BS 9999: 2008. London: Stationary Office.

Communities and Local Government. (2007). Fire Safety: Approved Document B – Volume – Buildings other than Dwellinghouses. London: Stationary Office.

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