Analysis and complex of measures, carried out in ESPTs-1 with the purpose of improvement of the main technical and economic indexes of blast steel furnace operation is given.

It is shown that using of forcing dies at RUP «BMZ» for high-speed wire drawing in regime of hydrodynamic friction improves the quality of lubrication, and correspondingly fastness of dies incl. finishing ones is increaswd.

It is shown that implementation o f corporate management system will enable RUP «BMZ» to increase efficiency of management thanks to purposeful corporate policy carrying out, fulfilling of mission and strategic aim of enterpricse.

One of the terms of the product market expansion is production on its compliance with the requirements of standards and norms of those countries?  where the works supplies its production. The certificates received for production of RUP «BMZ» are given.

It is shown that developed and implemented technology of production of multistrand rolled reinforcing hardened rod of periodic profiles No 16-20 allows to produce output of high quality at increasing of capacity of mill 320.

Mathematical model and results of calculation analysis on determination of influence of ‘'soft squeezing” on degree of axial chemical heterogeneity(distribution of carbon, sulfur and manganese) in billets, produced by means of continuous casting, are given.

Analysis of the existing methods of estimation of efficiency of the fuel and energy resources using is carried out, on the basis of which the characteristics, allowing to make analysis of furnaces of different constructions operation, are formulated.

Analytical investigation of temperature and thermostressed state of ingots at cooling is carried out and dependence of the temperature stresses level on index of surface heat-sink cooling along the perimeter of ingot is determined.

The mathematical model of calculation of the hardening ingot thermostressed state in elastoplastic raising is offered.

The klasternyj mechanism of origin martensite with isothermal and athermal microkinetics is offered

The aim of the present article is development of the way of atmosphere moisture absorption decrease by prepared to metallurgical processing with copper-containing galvanoslags.

It is shown that at production of big steel castings “Beam ” and ‘'Frame ” under new technology labor intensiveness is reduced, eliminating defect by hot cracks.

The advantages and restrictions of the optical copying of inner surfaces with lightguide way systems are analyses.

It is shown that the used bismuth-molybdenum catalyst can serve as an effective additive in composition of the complex malleable cast iron modifier, which allows to reduce the cost of modifier and castings.

One of the variants of optimization of the castings production technologies with the help of multiple-processor technologies of supercomputer SKIF is presented.

Algorithms for determination of statistic characteristics in metallurgical production at manufacturing of hardware products are described. Analysis of the calculated statistic characteristics of hardware products of RUP “BMZ” is presented.

Algorithms for mathematical description of microstructures of pearlitic steels is offered. It is shown that mathematical models of microstructures, built using frequency distribution of the eutectoid pearlitic steel colonies, allow to evaluate the degree of microstructure heterogeneity by inter-plate distances.

Program system of  production planning of  all workshops of  mainline production at RUP «BMZ» is developed.

Influence of  temperature interval of forging with start of  deformation from (α + β)- and β-fields and of  conditions of  cooling after deformation on structure and mechanical characteristics offorged pieces of  alloy BT23 is shown.

Mechanisms of  destruction of high-duty mechanically alloyed dispersion strengthened materials on the basis of metals are studied at the example of  system Сu - 0,80% Al -  0,71% О and technological methods, providing increase of  their viscosity, are given.

The main technological characteristics of dispersion-strengthened copper, applied f o r  production of  articles of electro-technical purpose, are given. Technological peculiarities of  the main operation of  hot volume punching (broaching and bending) and edge cutting machining are stated in detail

The operating conditions of forest machines are analyzed. Transmission parts disabled as a result of  intensive wear have been determined, their fracture mechanism has been established. A technique for  diffuse impregnation of  component parts with powdered mixtures containing boron and silicon is offered. An optimal composition and temperature for diffuse impregnation of  component parts operating under dynamic loading has been specified. Micro-hardness of  surface and subsurface layers has been studied.

One of the methodical approaches to determination of effort index of foundry workers, based on study of  character and force of  harmonic and immune systems binding, is examined.

Construction of  high-efficient jet, allowing to fotm stream of  ring cross-section, providing sharp decrease of power inputs f o r  purification and decrease of  water flow, is developed.