The analysis of the mathematical models which can be used at optimization of the control system of the enterprise organizational structure is presented. The new approach to the mathematical modeling of the enterprise organizational structure, based on using of temporary characteristics of the control blocks working, is formulated

The mathematical model of heat-exchange and program complex for modeling o f the process o f the wired slug forming at continuous vertical casting are presented. The possibilities of software support and form of presentation of the calculation results are described.

The temperatures of the round ingot, produced in the machine of continuous casting with bending radius 5 meters, are calculated by means of numerical calculation. The dependence of the temperature in the field of ingot cutting on speed of the ingot moving and coefficients of the zones of primary and secondary cooling is determined.

The methods and results of analysis on influence of technological factors of the ingot stretching process on dynamics of the hard skin thickness are presented. The analysis of the dynamics of the round ingots hard skin of different diameters at changing of stretching rapidity as applied to M NLZ used at BMZ.

The new approach to the mathematic modeling and optimization of interrelation of the control units of the metallurgical enterprise organizational structures is offered. The mathematical model of the organizational structure based on temporary characteristics of control units loading is offered at the example of one of the organizational structures BMZ.

The general algorithmic diagram of systematization of the existing approaches to the process of projection is offered and the foundation of computer system of the chill mold arming construction is laid.

The different methods of laboratory express-analysis of humidity of aggiutinant sands are investigated. The method and device for control of humidity content of different aggiutinant sands on the level of microwave electromagnetic pulse consumption are presented.

This article is dedicated to investigation of thermokinetic parameters of growth of carbide phase in melt of high-chromium cast irons.

The influence of colloid-chemical state of ions of heavy metals on morphology and phase composition of their oxide forms (compounds Fe) is considered.

The speed of β-Cd(ОН)₂ dehydration is studied. It is shown that at 300 °C and higher β –Cd(OH)₂ dehydration with forming of the product of composition CdO_0,8 occurs

The mechanisms of the casting forming which consider the character of hardening of initial shell from the side of the cooling surface of the crystallizer of the system ''castingcrystallizer” are specified. It is shown that zones of forming determine the character and the field of hardening of the casting shell, and temporary stages of forming - the consequence of the shell hardening in these zones in time.

The kinetics of the casting hardening is studied at example of vertical moulding of solid cylindrical casting of cast iron with diameter 0,1 m.

The dependencies for calculation of the eutectoid inversions time in castings of different dimension-type at cooling in the air are received.

The analysis of the temperature fields in a casting and graphite catalyzer at hardening is carried out on the basis of the developed mathematical model of the bimetallic castings continuous horizontal founding process. The dependence of sizes of this zone on temporal and thermophysical parameters of casting is istudied.

The composition and morphology of chemical associations (non-metallic impurities and other ‘‘secondary” phases) at modification of high-manganese steel by nitrogen and nitrideforming elements (vanadium) are investigated. The optimal compositions of steel for production of castings are offered. The technology of the steel wear-resistance modification by vanadium of waste of industrial enterprises is worked out.

The matters of using of the powder wire with calciumsilicon filling at out-of-furnace processing of different assortment of steels at RPO ‘'BMZ'' are considered.

The processes of mass transfer in dendritic grid of hardening steel ingots and continuously cast slugs are investigated using the mathematical modeling taking into account separation diffusion in two-phase zone and inflow of melt into the shrinkage zone. The regularities of the additives (by the example of carbon and sulfur) allocation are determined.

The information given in technical literature on the matters of embrittlement of different types of steel close to temperature of solidus and in a range of structural inversions in the system of granules austenite is examined. The received information is supposed to be used at the following calculated evaluation of the admissible regimes of cooling and heating of slugs under terms of uniformity preservation.

The comparison of the results of the temperature regimes of the heating furnace with pacing backstone with experimental data, received in terms of operating production at working of furnace with varied capacity is carried out.

The algorithm of search of optimal regime of the slugs heating in furnaces with pacing backstone is worked out on the basis of mathematical model of conjugated heat exchange. The investigations of influence of the liner material, allotment pace and geometrical sizes of ingots on energy-technological characteristics of heating are carried out using the created software product.

The nonlinear mathematical model of calculation of temperature fields in the process of metal melting is formulated and solved using the method of equivalent source taking into account nonlinearity of thermophysical properties of material and variable terms of heat exchange.

An approximate analytic solving of the problem of the continuously cast slugs hardening and cooling, based on the known schema of thermal layer.

It is established experimentally that increase of intensity  of metal blowout in arc steel furnace is accelerating the dissolving of lime in slag. The operative regime of blowout in the arc furnace BM Z practically does not exert considerable influence on sulfur content in metal. It is shown that fettling wear in a complicated way depends on intensity of metal blowout what is connected with its dependence on FeO and SiO₂ content.

The results of investigations of mechanical characteristics and structures of steels for the technological accessory, recovered by means of electroslag technologies, which are economically efficient ways of stamps recovery are presented. The contents of nonmetallic impurities in metal after electroslag heating is considerably reduced, the impurities are becoming more dispersed and are distributed in ingot volume more uniformly. The characteristics of plasticity and viscosity after electroslag heating are practically equivalent to these characteristics for deformed metal and cost of the stamp recovered by means of electroslag heating is considerably lower than the cost of accessory of deformed metal.

The review of the literature, considering the problems of working capacity of hot stamps, is carried out and the factors determining their fail for the reason of fault of forming parts because of resistance of tool steels is presented and also carrying out of measures for solving of the problem is recommended. The metal research aspects of using of the existing and creating of new tool steels for solving of arising problems on the basis of complex alloying, and also due to carrying out of new kinds of thermal treatment at preventive works are considered.

The method of forecasting of the titanium alloys thermal strengthening efficiency, based on the comparison tests of the characteristics c f the variable cross-section slugs is worked out.

The possibility of intensification of the nickel alloys \ EI437B, E1617, E l86 deterioration at thermal heat cycling is considered in the article. The changing of the alloys hardness at heat-cycling treatment in intervals of the temperatures of chilling and deterioration is investigated. It is shown that application of heat cycling allows to increase the hardness and resistance at high temperatures as compared to standard treatment.

Steel forming technology in conditions of warm forming is a process, which is very attractive for technological practice in term of lower energy consumption, higher quality of the surfase and dimensional precision of gorged pieces. Interval of recommended forming temperatures of steel in conditions of warm forming is narrow, therefore for successful development of this technology it is important to obtain more information about mechanical properties of materials, especially of plastic ones, at warm forming temperature. The plastic characteristic of 18ChG steel and influence of heat treatment on its formability are studied in this article. The importance of selection of forging temperature and material flow simulation in die cavity for economic production of rings shaped forged by warm forming is shown.

The possibility of using of fractal analysis of the metals structure, forming in terms of impulse influences, is examined in the article.

The methods of calculation of maximal tension srtesses arising in slat at asymmetric heating are set out. The liminations on magnitude of heat flow and temperature of heating environment for initial period of heating and on regular stage of the process are formulated. The ojfered methods allow by means of variation of the heat-exchange coefficient value on the surface of slat to determine the thermal regime of heating excluding the possibility of exceeding of allowable level of thermal stresses in the heated article and arising of defects.

The way of selective break of heterogeneous compositions, in particular slags of copper-smelting production and also granular metal-containing powder materials, is based and developed. Calibration of the rolls, providing contrilled granulating of metal-containing powders by rolling.

Running in of the balls intended for ball-bearings after their thermal treatment in the zones of elastic deformations or with slight surface plastic deformation before last but one finishing polishing operations is carried out in this work.

Thin-film covers of silicon and carbon are received using the method of magnetron spraying of composite cathodes, the conditions of silicon carbide formation on diamond crystals are established.

The production of cathodes, accumulation electrodes of high frequency of chemically active metals is considered.

The goals and objectives of the center of technologies transfer in the field of secondary resources and ecology, created in UP ''Tehnopark BNTU ''Metolit’ are given.

New tendencies and results of the work of the department 'Technologies of coatings of RUP 'Technopark BNTU ''Metolit'' in the field of creation of rational technologies of wear-resistant coverings are examined. The complex approach to decision of arising scientific, technological, construction and organizational processes is shown. The concrete examples of the realized and introduced developments are given.