The wide choice of materials available today has posed a major challenge for designers and
engineers to select the most suitable material and manufacturing process for any …

Mechanical alloying (MA) of blended elemental Fe and C powder mixtures corresponding to
the stoichiometric composition of Fe 3 C (cementite) was carried out in a high-energy SPEX …

Purpose: The paper presents and reviews the research results of soft magnetic composites
consisting nanocrystalline powders obtained by soaking and high energetic milling of …

Due to the increased consumption of raw materials, energy, and the waste it generates,
recycling has become very important and fundamental for the environment and the industrial …

Mechanical alloying of iron–carbon (Fe–C) mixture powders was performed at various
milling duration (2, 4, 6 and 8h) and with different carbon content (1, 2, 3 and 4wt.%). The …

We present here our results on the synthesis of iron-carbon alloys (steel and cementite)
starting from blended elemental iron and carbon powders. The powder particle size …

This work uses a high-energy ball mill to create a Fe78Si13B9 ternary nanocomposite alloy
from pure elemental powders. During the mechanical grinding of the precursors …

Cementite powder was prepared from elemental iron and graphite powder by mechanical
alloying (MA) in a specially built dual-drive planetary mill. The phase evolution, particle-size …

In the present work, the effect of carbon concentrations on the wear behavior of a Fe base
alloy processed by powder metallurgy was investigated. Four Fe base alloys have been …

Purpose: The main aim of this work was to determine structure and properties massive Fe-C
materials obtained by mechanical alloying and sintering. Design/methodology/approach …