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A platform for research: civil engineering, architecture and urbanism
The Development of Sprayed Concrete for Extreme Temperatures
Experience obtained from often tragic road accidents has proven that in a fire the tunnel lining is destructed very intensively by high temperatures. Concrete, usually applied using the sprayed concrete technology (so-called shotcreting) is used for building the linings of road tunnels. The topic of the present article is the development of a concrete mix determined by the sprayed concrete technology so that this material is to the maximum extent resistant to extreme temperature effects occurred in a fire. It is apparent that using this type of concrete is one of the way of increasing the fire safety of road tunnels.
The Development of Sprayed Concrete for Extreme Temperatures
Experience obtained from often tragic road accidents has proven that in a fire the tunnel lining is destructed very intensively by high temperatures. Concrete, usually applied using the sprayed concrete technology (so-called shotcreting) is used for building the linings of road tunnels. The topic of the present article is the development of a concrete mix determined by the sprayed concrete technology so that this material is to the maximum extent resistant to extreme temperature effects occurred in a fire. It is apparent that using this type of concrete is one of the way of increasing the fire safety of road tunnels.
The Development of Sprayed Concrete for Extreme Temperatures
Advanced Materials Research ; 1100 ; 133-137
2015-04-29
5 pages
Article (Journal)
Electronic Resource
English
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