Planning and Design Institute of Metallurgical Machinery

Moscow, Russia

Planning and Design Institute of Metallurgical Machinery

Moscow, Russia
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Krasnyanskii M.V.,Planning and Design Institute of Metallurgical Machinery | Kats Ya.L.,Planning and Design Institute of Metallurgical Machinery | Myagkov K.A.,Casting Rolling Plant
Metallurgist | Year: 2012

The objectives of the study discussed in this article were to analyze production data and construct regression models that can describe the changes in the concentrations of manganese and silicon in reinforcement steel during its treatment outside the steelmaking furnace. The results that are obtained can be used to devise a new technological scheme for the ladle treatment of reinforcement steels at mini-mills. © 2012 Springer Science+Business Media, Inc.


Gorlova A.A.,Planning and Design Institute of Metallurgical Machinery | Rodinkov S.V.,Planning and Design Institute of Metallurgical Machinery | Aksenov V.V.,Planning and Design Institute of Metallurgical Machinery
Metallurgist | Year: 2012

A description is given of the mechanical equipment of a new complex designed to produce sheet and strip made of precision alloys with an ultimate strength up to 1400 MPa, width up to 200 mm, and thickness in the range 4-0.1 mm. The complex consists of a two-high/four-high 320 cold-rolling mill, coil-forming unit, and strip-straightening machine. The specifications of the equipment and the products made with the complex are briefly described along with the designs of the main working mechanisms. The complex was built at VNIIMETMASh and delivered to TsNIIchermet. © 2012 Springer Science+Business Media, Inc.


Krasnyansky M.V.,Planning and Design Institute of Metallurgical Machinery | Katz Ya.L.,Planning and Design Institute of Metallurgical Machinery | Bershitsky I.M.,TEK 98 Company
Metallurgist | Year: 2012

A mathematical model has been developed to describe the cooling of steel in a pouring ladle as the steel is held in the ladle prior to its treatment on a ladle-furnace unit. The adequacy of the model is demonstrated, and calculations of the cooling of steel in a ladle are performed. It is shown that preheating ladle linings to 1400°C with the use of electric heaters is a cost-effective measure. © 2012 Springer Science+Business Media, Inc.


Rodionova I.G.,Bardin Central Research Institute for The Iron And Steel Industry | Uglov V.A.,Bardin Central Research Institute for The Iron And Steel Industry | Zaitsev A.I.,Bardin Central Research Institute for The Iron And Steel Industry | Protasov A.V.,Planning and Design Institute of Metallurgical Machinery | And 8 more authors.
Metallurgist | Year: 2014

Rapid development of world automobile manufacture, and before the start of the 21st century failure of domestic automobile sheet steels to keep pace with the world level, determine the importance of carrying out this work. Manufacture of a new generation of more than thirty automobile sheet steel grades has opened up for domestic metallurgical enterprises. Engineering re-equipment of enterprises, use of original scientific approaches based on controlling precipitation of nonmetallic excess phases, comprising a solid solution and grain boundaries, and forms of impurities present, make it possible to develop highly efficient resource-saving technology providing the best set of mechanical properties with minimum expenditure. © 2014 Springer Science+Business Media New York.


Sivak B.A.,Planning and Design Institute of Metallurgical Machinery | Danilov V.L.,Moscow State Technical University
Metallurgist | Year: 2014

Results are presented from mathematical modeling of the deformation of a thin slab in a continuous-caster mold with a conical cavity. The objective is to deform the slab in such a way that the free gap between the slab and the narrow wall of the mold changes linearly with a change in casting speed. It is established that the convexity formed in the central part of the slab's broad face may still be present on the slab when it leaves the mold. A process which involves compression of the slab is examined as a means of eliminating the residual convexity. © 2014 Springer Science+Business Media New York.


Sivak B.A.,Planning and Design Institute of Metallurgical Machinery
Metallurgist | Year: 2012

This article examines the main types of surface defects on slabs and their causes. A general explanation is given for the nucleation and growth of surface cracks. An analysis is made of the possibility of applying criteria from the fracture mechanics of deformable solids to the conditions that exist during the continuous casting of steel slabs. © 2012 Springer Science+Business Media, Inc.

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