EVOLUTION OF UNREGULATED FORMS OF GRAPHITE INCLUSIONS IN GRAPHITIZED STRUCTURAL CAST IRON
Rubrics: MECHANICAL ENGINEERING AND TRANSPORT
Authors:
1.
Bryansk State Technical University
(Vice-rector for academic Affairs)
Bryansk, Bryansk, Russian Federation
Bryansk, Bryansk, Russian Federation
3.
Bryanskiy gosudarstvennyy tehnicheskiy universitet
(kafedra "Tribotehnicheskoe materialovedenie i tehnologii materialov", prof)
Type:
Article
Pages:
from 11
to 18
Status:
Published
Received:
09.01.2016
Accepted:
09.01.2016
Published:
09.01.2016
Language:
Russian
Keywords:
structural cast iron, graphite, microstructure, stress-strain properties
Abstract (English):
The evolution influence of the graphite form (from a platetype form to a globular one) upon structural cast iron properties was analyzed and grounded, there were also considered cast iron peculiarities and prospects of their commercial application is estimated. For castings production the expediency of rational application of unregulated graphitized cast iron with the intermediate transitional morphology of graphite inclusions instead of grey iron high grades with lamellar graphite (GI 30, GI 35) and malleable cast iron is shown. The appropriate use substantiation of mentioned cast iron types taking into account their peculi-arities is shown.
The evolution influence of the graphite form (from a platetype form to a globular one) upon structural cast iron properties was analyzed and grounded, there were also considered cast iron peculiarities and prospects of their commercial application is estimated. For castings production the expediency of rational application of unregulated graphitized cast iron with the intermediate transitional morphology of graphite inclusions instead of grey iron high grades with lamellar graphite (GI 30, GI 35) and malleable cast iron is shown. The appropriate use substantiation of mentioned cast iron types taking into account their peculi-arities is shown.
Keywords:
structural cast iron, graphite, microstructure, stress-strain properties
structural cast iron, graphite, microstructure, stress-strain properties
