The hot forming behavior, failure mechanism, and microstructure evolution of in-situ TiB 2
particle-reinforced 7075 aluminum matrix composite were investigated by isothermal …

This work is done on the fabrication and characterization of hybrid metal matrix composite
(MMC) using the matrix material Al-2014 alloy, reinforcements silicon carbide and the fly ash …

The hot compression tests of hybrid aluminum-matrix composites reinforced with micro-SiC
and nano-TiB 2 were performed at deformation temperature of 350–500° C and strain rates …

The flow behavior of Al–Cu–Mg–Ag alloy and its microstructural evolution during hot
compression deformation were studied by thermal simulation test. The flow stress increased …

In order to understand the microstructure evolution and the deformation mechanism of
medium volume fraction SiCp/Al composite during hot deformation, the hot compression …

Constitutive flow behavior and hot workability of the powder metallurgy processed 20vol.%
SiCP/2024Al composite were investigated using hot compression tests. The modified …

Abstract Al 6061-and Al 7108-SiCp composites (Al-PMMC) were prepared by stir-casting
with SiCp size of 8 and 15 μm and volume fraction (Vf) of 0–20%. These composites were …

In this present generation, due to extensive demands of low cost, high efficiency and
performance along with superior quality has led to a decline in the simple and traditional …

An accurate constitutive equation is essential to understanding the flow behavior of B 4 C/Al
composites during the hot deformation. However, the constitutive equations developed …

The hot deformation behavior of powder metallurgy-processed 8009Al alloys reinforced with
15% SiC particles (8009Al/SiC p composites) was investigated by compression testing at …