Engineers at
Working alongside the Centre for the Protection of National Infrastructure, researchers have found that the new concrete is able to absorb a thousand times more energy than conventional mixtures.
While the concrete has yet to be introduced in the
The university has explored the limits of the concrete’s capability through a range of tests for dynamic bending and indirect stress conducted at RAF Spadeadam in
Trials revealed that the concrete resisted high explosion blasts without producing shrapnel from the back of its panels. According to
Prof Steve Millard said: ‘Many of
‘We carried out a number of high explosion tests; gradually reducing the distance to the explosive charge to examine the concrete’s bending strength and capacity to absorb energy. Our results showed the new UHPFRC material had an enhanced tension and compression strength of 500 per cent greater than conventional concrete. This makes UHPFRC a suitable material for use in anti-terrorism applications.’
The research was undertaken as part of the Engineering and Physical Sciences Research Council’s (EPSRC’s) Think Crime-4 initiative, which involved collaboration with
UK startup Wild Hydrogen promises carbon negative H2
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