Manufacture of Wear-Resistant Cast-Iron Grinding Balls without Shrinkage Defects

A manufacturing technology has been developed for wear-resistant cast-iron grinding balls without shrinkage defects. In this method, the balls are cast in single-use sand–clay molds. A new approach to designing the casting system is developed. By numerical modeling, the time dependence of solidifica...

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Published in:Russian engineering research 2019-10, Vol.39 (10), p.881-883
Main Authors: Pustovalov, D. O., Ablyaz, T. R., Matygullina, E. V., Sharov, K. V., Bogomyagkov, A. V.
Format: Article
Language:English
Subjects:
CAST IRON
CASTING
CASTINGS
CLAYS
DEFECTS
DESIGN
ENGINEERING
Engineering Design
GRINDING
MANUFACTURING
SAND
Sand casting
SHRINKAGE
SIMULATION
SOLIDIFICATION
TIME DEPENDENCE
WEAR RESISTANCE
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creator Pustovalov, D. O.
Ablyaz, T. R.
Matygullina, E. V.
Sharov, K. V.
Bogomyagkov, A. V.
description A manufacturing technology has been developed for wear-resistant cast-iron grinding balls without shrinkage defects. In this method, the balls are cast in single-use sand–clay molds. A new approach to designing the casting system is developed. By numerical modeling, the time dependence of solidification is derived. As a trial, grinding balls are produced by the proposed technology.
doi_str_mv 10.3103/S1068798X19100216
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source Springer Nature
subjects CAST IRON
CASTING
CASTINGS
CLAYS
DEFECTS
DESIGN
ENGINEERING
Engineering Design
GRINDING
MANUFACTURING
SAND
Sand casting
SHRINKAGE
SIMULATION
SOLIDIFICATION
TIME DEPENDENCE
WEAR RESISTANCE
title Manufacture of Wear-Resistant Cast-Iron Grinding Balls without Shrinkage Defects
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