Add to ORKGThe addition of a substantial amount of silicon to a relatively low carbon cast iron serves to induce the cementite to transform to ferrite and graphite flakes. This results in the properties of the resultant metal to be more similar to that of grey cast iron, i.e. making it easier to machine and improved wear resistance.
The microstructure, tensile properties and hardness of 25 mm thick compacted graphite iron samples a...
Aluminum-alloyed grey cast irons have been tried in industrial applications demanding moderate heat ...
In this paper we have presented the metalographic studies made on the grey cast irons treated with c...
The addition of a substantial amount of silicon to a relatively low carbon cast iron serves to induc...
Cast iron with a high carbon content is referred to as grey cast iron since the carbon is present in...
The carbon equivalent of this alloy (4.37 wt%) is greater than the eutectic composition (4.3 wt% C) ...
Gray cast iron will be produced from the alloy of iron and carbon, which is about 2% more, or the co...
The influence of mechanochemically produced modifiers on the properties of cast iron at out-of-furna...
Heat treatment in a general way improves and alters the heat treating objects. The improvements ...
The tribological and mechanical properties of various cast irons with different contents of carbon a...
Cast iron is essentially an alloy of iron-carbon (carbon > 2%) containing other important elem...
International audienceIn this second part of the investigation, room temperature mechanical properti...
© 2020. All Rights Reserved. High-silicon cast iron has excellent corrosion resistance in some speci...
In grey cast iron remelt and recycling, white iron can result in the cast product if careful control...
This study aims to determine the effect of variations 2.466, 2.981, 3.304, and 3.363 wt% silicon in ...
The microstructure, tensile properties and hardness of 25 mm thick compacted graphite iron samples a...
Aluminum-alloyed grey cast irons have been tried in industrial applications demanding moderate heat ...
In this paper we have presented the metalographic studies made on the grey cast irons treated with c...
The addition of a substantial amount of silicon to a relatively low carbon cast iron serves to induc...
Cast iron with a high carbon content is referred to as grey cast iron since the carbon is present in...
The carbon equivalent of this alloy (4.37 wt%) is greater than the eutectic composition (4.3 wt% C) ...
Gray cast iron will be produced from the alloy of iron and carbon, which is about 2% more, or the co...
The influence of mechanochemically produced modifiers on the properties of cast iron at out-of-furna...
Heat treatment in a general way improves and alters the heat treating objects. The improvements ...
The tribological and mechanical properties of various cast irons with different contents of carbon a...
Cast iron is essentially an alloy of iron-carbon (carbon > 2%) containing other important elem...
International audienceIn this second part of the investigation, room temperature mechanical properti...
© 2020. All Rights Reserved. High-silicon cast iron has excellent corrosion resistance in some speci...
In grey cast iron remelt and recycling, white iron can result in the cast product if careful control...
This study aims to determine the effect of variations 2.466, 2.981, 3.304, and 3.363 wt% silicon in ...
The microstructure, tensile properties and hardness of 25 mm thick compacted graphite iron samples a...
Aluminum-alloyed grey cast irons have been tried in industrial applications demanding moderate heat ...
In this paper we have presented the metalographic studies made on the grey cast irons treated with c...