Google
Feb 2, 2019Foam concrete exhibits long stress plateau with increasing strain subjected to compression and absorbs a considerable amount of energy.
The response modes under low to high velocity crushing are numerically investigated, with which the critical velocity separating quasi-static response and�...
The response modes under low to high velocity crushing are numerically investigated, with which the critical velocity separating quasi-static response and�...
Foam concrete exhibits long stress plateau with increasing strain subjected to compression and absorbs a considerable amount of energy,�...
Shen W. et al. Response and Energy Absorption of Concrete Honeycombs Subjected to Dynamic In-Plane Compression: A Numerical Approach // Symmetry. 2019. Vol. 11.
May 1, 2020It is found that the foam improves the energy absorption capacity and mean crushing strength and decreases densification strain. The total�...
The response of foam concrete filled honeycombs gradually transforms from the quasi-static mode with global deformation to dynamic mode with localized crushing�...
People also ask
Jan 12, 2023Foam-filled honeycombs have been widely applied due to their excellent load transfer mitigation and energy absorption capacity.
This paper proposes a kind of energy absorption structure known as the pre-folded honeycomb, which is made from conventional honeycomb with a pre-folded trace.
Foam concrete exhibits long stress plateau with increasing strain subjected to compression and absorbs a considerable amount of energy,�...