Mechanomaking of nanostructured hypereutectic white irons: powder fabrication
P Matteazzi, F Wolf - Materials science and technology, 1999 - journals.sagepub.com
White irons containing 5· 7 wt-% C were produced by room temperature, high energy milling
from iron and carbon elemental powders. Both iron and cementite phases have crystal sizes …
from iron and carbon elemental powders. Both iron and cementite phases have crystal sizes …
Microstructural properties and hot pressing of rapidly solidified hypoeutectic low alloy white cast iron powders
L Hong, CF Burdett, W Youming - Materials science and …, 1993 - Taylor & Francis
Hypoeutectic low alloy white cast iron powders were produced using a rapid solidification
technique. The morphology and microstructural properties of these powders were …
technique. The morphology and microstructural properties of these powders were …
Preparation of nanostructured iron by mechanical milling under cryogenic conditions
G Jan Jonathan Josef - 2012 - upcommons.upc.edu
Fabrication of nanostructured materials is of outmost importance for future advanced
materials. Nanostructurization of materials with structure sizes in the micrometer range and …
materials. Nanostructurization of materials with structure sizes in the micrometer range and …
Nanostructured Fe-C alloys produced by ball milling
M Umemoto, ZG Liu, K Masuyama, XJ Hao, K Tsuchiya - Scripta materialia, 2001 - Elsevier
Conclusions Nanocrystalline ferrite has been produced by ball milling of steels with various
carbon contents from 0.004 mass% C to 0.89 mass% C (eutectoid composition). Ball milling …
carbon contents from 0.004 mass% C to 0.89 mass% C (eutectoid composition). Ball milling …
Temperature induced transformation of metastable austenite in a hypereutectic iron-based rapidly solidified powder
P Grgac, M Kusy, L Caplovic, M Miglierini… - Materials Science and …, 2007 - Elsevier
Rapidly solidified powder of a hypereutectic iron-based alloy with the chemical composition
of 3% C–3% Cr–12% V (wt.%) was prepared by nitrogen gas atomization. Phase …
of 3% C–3% Cr–12% V (wt.%) was prepared by nitrogen gas atomization. Phase …
Kinetics of cementite mechanosynthesis
The influence of ball to powder ratio and discontinous milling during ball milling of Fe 0.75 C
0.25 elemental powder mixture is presented. The formation of Fe 3 C cementite, Hägg and ε …
0.25 elemental powder mixture is presented. The formation of Fe 3 C cementite, Hägg and ε …
Mechanical properties of rapidly quenched iron-based alloys
BL Mordike, HD Burchards, KU Kainer - Key Engineering Materials, 1987 - Trans Tech Publ
Carbon rich iron base alloys I2-4 wt! C) with various alloy contents, Cr, Ni and Si, were
prepared in powder form by water atomisation-Due to the high cooling rate the powder …
prepared in powder form by water atomisation-Due to the high cooling rate the powder …
Nanostructured Eutectoid Steel Synthesized by Mechanical Alloying and Spark Plasma Sintering
AA Al‐Joubori, C Suryanarayana - Advanced Engineering Materials - Wiley Online Library
Blended elemental powders of Fe and C corresponding to the eutectoid composition of Fe–
0.8 wt% C are subjected to mechanical alloying in a high‐energy SPEX‐8000 shaker mill …
0.8 wt% C are subjected to mechanical alloying in a high‐energy SPEX‐8000 shaker mill …