Article ID Journal Published Year Pages File Type
7173301 International Journal of Impact Engineering 2012 11 Pages PDF
Abstract
► We performed static and dynamics tests on HPFRCC material. ► We examined the influence of strain rate in the material behaviour. ► Increasing the strain rate from 10−6 to 300 s−1 the dynamic increase factor increases from 1 to about 3. ► The dissipated energy remains almost constant for growing strain rates up to 150 s−1 and scantly decreases at 300 s−1. ► By increasing the strain rate the post-peak stress plateau observed in the static tests grows from 8.5 to 15 MPa.
Related Topics
Physical Sciences and Engineering Engineering Mechanical Engineering
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