Abstract
This study investigates the effect of a polypropylene (PP) fiber to provide improved spalling protection of practical modified Reactive Powder Concrete (RPC) subjected to fire. And Optimum levels of fiber contents for spalling protection with a less adverse effect on workability are provided based on the results of the fire test. The results showed that the modified RPC significantly reduced the content of cement and silica fume compared to the conventional RPC mixture by the combination of ternary pozzolanic materials (silica fume, blast furnace slag, and fly ash) and the mechanical performance of the modified RPC under high temperatures was superior to that of the conventional RPC mixture with only silica fume. The modified RPC shows no explosion occurring even at 0.2% of PP fiber (PP/Binder %) content and can improve spalling protection by providing connections between low decrease workability.
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