Oxygen-sensitive alloying elements such as Mn, Si, and Cr have a high potential for
improving the properties of low alloyed sintered steels while reducing the alloying cost …

Chromium alloyed sintered steels offer considerable potential with regard to mechanical
properties both in the as sintered and heat treated state. The main problem, esp. when using …

Fe–Mn–Si master alloy powders were produced by three methods: milling, atomising, and a
combination of atomisation and milling. The effects of sintering temperature, time and …

Mechanical properties of 2–4% manganese PM steels were determined in tension and in
bending following laboratory sintering in dry, hydrogen rich atmospheres. Young's modulus …

Low alloy sintered steels with an optimised content of alloying elements require the use of
promising candidates such as Mn and Si, which can provide improved properties with …

The potential of PM Mn steels has been established in laboratory experiments. This paper
deals with sintering of Fe–(2–4) Mn–(0.3/0.7) C, also with 0˙ 85% Mo addition, in an …

The characteristics of the metallic powder surface play a critical role in the development of
strong bonds between particles during sintering, especially when introducing elements with …

This study highlights the thermodynamic aspects that should be considered in the
development and processing of powder materials. Several reactions that can occur during …

Tensile properties of powder metallurgy 3% manganese-0· 8% carbon (content of green
compact) steels were determined following laboratory sintering in (nearly) full, semiclosed …

Mechanical milling is a common method used to produce different powders. Milling time is
one of the most important factors in the process, which affects characteristics such as particle …