Compressive behavior of closed-cell Al foams with different density and pore size has been investigated under two different loading condition, static and dynamic. The effect of the TiH2 amount and consequently the foam density is fundamental for the mechanical behavior, not only in terms of energy absorption but particularly for the acceleration peak. Low density Al foams are promising for structural applications in which high energy absorption, high damping and lightness are required.
Costanza, G., Tata, M.e. (2007). Dynamic and static compressive behaviour of aluminum foam. In Proceedings of Innovation in Structural Engineering and Costruction (pp.919-922). MELBOURN -- AUS : Y.M.Xie & I. Patnaikumi.
Dynamic and static compressive behaviour of aluminum foam
COSTANZA, GIROLAMO;TATA, MARIA ELISA
2007-01-01
Abstract
Compressive behavior of closed-cell Al foams with different density and pore size has been investigated under two different loading condition, static and dynamic. The effect of the TiH2 amount and consequently the foam density is fundamental for the mechanical behavior, not only in terms of energy absorption but particularly for the acceleration peak. Low density Al foams are promising for structural applications in which high energy absorption, high damping and lightness are required.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
