Abstract
A descriptive strategy for concrete durability is utilised in
the current version of concrete standard EN 206, whereby
proof of durability is furnished through compliance with the limit values of the provisions regulating concrete properties and concrete composition. However, these do not sufficiently take the action of each type of cement or of the concrete additive into consideration. Furthers developments of the future EN 206 European concrete standard are envisaged with, amongst other things, the application of performance strategies for concrete, in which these as well as the development of actions and resistances over time are better taken into account. With these matters, the resistance of concrete against chloride penetration is one
of the most important properties of concrete with great relevance for durability.
the current version of concrete standard EN 206, whereby
proof of durability is furnished through compliance with the limit values of the provisions regulating concrete properties and concrete composition. However, these do not sufficiently take the action of each type of cement or of the concrete additive into consideration. Furthers developments of the future EN 206 European concrete standard are envisaged with, amongst other things, the application of performance strategies for concrete, in which these as well as the development of actions and resistances over time are better taken into account. With these matters, the resistance of concrete against chloride penetration is one
of the most important properties of concrete with great relevance for durability.
| Original language | English |
|---|---|
| Pages (from-to) | 48-57 |
| Journal | Concrete Plant International |
| Volume | 5 |
| Publication status | Published - 2018 |