Structural fire engineering is concerned with predicting the \nbehaviour and thus creating the ability to deliver the required \nperformance of a building structure in the event of a fire. The \ntraditional approach has been to follow prescriptive rules, but more \nadvanced methods based on calculation have now been developed and used \nnow for more than 10 years in practise.<\/p>\n\n\n\n
Methods range from very simple approaches based on hand calculation \nor tabulated data, offering limited benefits, to sophisticated computer \nanalysis which enables the full value of structural fire engineering to \nbe realised. Such approaches to modelling structural behaviour are often\n complemented by consideration of more realistic fire scenarios than the\n standard fire.<\/p>\n\n\n\n
Structural fire engineering can often lead to safer buildings, improved construction efficiency, lower loses, lower costs and improved fire fighter safety. The advantages of structural fire engineering can be summarized as:<\/p>\n\n\n\n
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Structural fire engineering delivers the possibility of lower costs, reduced spread of fire, improved fire fighter safety and the protection of business continuity. It is practical approach for structural engineers, fire engineers and other professionals. There are 3 essential steps:<\/p>\n\n\n\n
Structural fire engineering is concerned with predicting the behaviour and thus creating the ability to deliver the required performance of a building structure in the event of a fire. The traditional approach has been to follow prescriptive rules, but more advanced methods based on calculation have now been developed and used now for more than 10 years in … <\/p>\n