This paper investigates the effect of temperature on the microstructure, failure mechanism
and compressive mechanical properties of newly developed ZA27 syntactic foams. Two …

The compression behavior of Ti–6Al–4V lattice structure with a cell shape of rhombic
dodecahedron, which was fabricated by electron beam melting, was investigated at different …

In this research, the mechanical behavior of closed-cell aluminum (Al)-alloy foams was
investigated at different temperatures in the range of 25-450° C. The main mechanical …

In this paper, two types of the foam-filled tubes (FFTs), including O-FFTs and T6-FFTs, were
prepared by directly inserting Al foams (AFs) into 6061-O Al alloy empty tubes (O-ETs) and …

Carbon nanotube (CNT) reinforced Al composite foams were successfully fabricated by the
combination of an in-situ chemical vapor deposition (CVD), short-time ball-milling and space …

With the development of transportation vehicles towards to the direction of heavy load and
high speed, the requirement of Cu matrix brake materials was proposed for improving …

In this study, the closed-cell Al-Si-SiC composite foams were fabricated. The compressive
tests were carried out from room temperature (25° C) to elevated temperature (200 and 400° …

In this study, two novel zinc syntactic foams are tested in dynamic and quasi-static
compression. Expanded perlite (EP) and expanded glass (EG) particles are combined with …

This paper focuses on the influence of temperatures on the out-of-plane compressive
performance of novel truncated-square honeycomb reinforced hollow pyramidal lattice …

Titanium foams of varying amount of porosities have been made using acrowax bits as a
space holder through powder metallurgy route. Two types of Ti-particles were used:(i) …