Number 8, 2006
Издательский дом «Литейное производство» выпускает два специализированных научно-технических журнала с периодичностью: «Литейное производство» – ежемесячно, «Металлургия машиностроения» – 1 раз в 2 месяца.
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OAO KAMAZ-Metallurgiya — 35 Years of Creation

Borisov G.P. Alexei Maximovich Petrichenko - What Kind of Person I Remember Him to Be

Chernega D.F. Unforgettable Meetings with Scientist, Teacher, Professor A.M. Petrichenko

Boldyrev D.A. et al. Inoculation of Gray Cast Iron for Cylinder Block Castings

Tsybrov S.V. Production of Large Centrifugally Cast Double-Pour Rolls

Bublikov V.B. et al. Effect of Carbon and Silicon on the Structure Formation of Hypereutectic Spheroidal Graphite Steel
Peculiarities of the effect of carbon, silicon and casting wall thickness on the structure formation and hardness of hypereutectic steel inoculated with nickel-magnesium master alloy and silicobarium have been investigated. Conditions of making thin-walled castings from spheroidal graphite steel with perlite-ferrite metallic base without structurally free cementite have been determined.

Ivanov V.V. et al. Effect of Geometry of Internal Flask Walls on Vacuum in V-process Molds

Yurko D. et al. Production of High-Quality Castings by SSRTM Die Casting Process

Malyashov I.N. et al. Experience of Using Burn-on Preventing Additives in the Production of Iron Castings
The article discusses the experience of using in the domestic foundry industry a new complex burn-on preventing additive Bleskol-P developed by ZAO VNHK. The additive is being used by more than 20 foundries including OAO AvtoVAZ, AMO ZIL in the production of critical iron castings on automatic and mechanized molding lines. Practically in all cases reduction of casting surface defects has been noted. Special investigations have shown that when using the additive Bleskol-P the concentration of harmful substances - benzol, phenol, carbon oxide in the atmosphere of the foundry is considerably lower than the maximum concentration limit.

Shishkin A.A. et al. Sand Separation Systems in Foundries
Methods of analyzing and synthesizing sand separation systems using transmissive functions of devices is proposed. Mathematical expressions for building transmissive functions of systems, process analysis and determining the limit values of accumulation of metallic inclusions in sand, and determining the power of their sources have been derived.

Schmidt F. et al. A New Binder Has Shown Itself Well in Practice

Blinnikov A.Y. Application of Dynamic Neuron Nets at Designing Foundry Technologies and The Equipment
A methodological approach to resolving problems of optimizing design solutions of foundry processes and equipment based on using artificial intellect elements, in particular, dynamic neuron nets notable for advantages of parallel calculations, no necessity of formalized descriptions of objects and processes to be optimized, simplicity of realization on PCs is discussed.

Kergin K. Forecast of World Metalcasting Industry Development

Русская версия

Jule 2006        September 2006

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