Vladov Yu.R., Kushnarenko V.M., Vladova A.Yu.
ANALYTICAL IDENTIFICATION OF HEAT-AND-POWER ENGINEERING EQUIPMENT TECHNICAL CONDITION. GENERAL ASPECTS OF SCIENTIFIC TREND ^{[№ 1 ' 2007]}
Theoretical and practical aspects of important problem of technical condition (TC) identification of energointensive industrial objects are regarded in this article. Multilevel decomposition, supposed revealing of scientifically proved aggregated, correlation, analytical and prediction models of TC changes is suggested and realized here. The models of all levels power boiler TC, received at the process of automated identification at data of conducted diagnosis are given in this work.

Vladov Yu.R.
ANALITICAL IDENTIFICATION OF TECHNICAL CONDITION OF GAS CONDENSATE CONDUCTORS. THEORETICAL AND PRACTICAL ASPECTS OF SCIENTIFIC TRENDS ^{[№ 2 ' 2006]}
Theoretical and practical aspects of the important problem of technical condition (TC) identification of energy industrial objects are considered in this article. Multilevel decomposition suggested discovering of scientifically proved aggregated, correlation, analytical and forecasting models of TC changes is suggested and incarnated here. The models of TC of all levels gas condensate conductors, got during automated identification according to data of two passed in order in-tube crack detection are given in this work.

Vladov D.Y., Bendas T.V.
THE SIGNIFICANCE OF THE INSTRUMENTAL LEADER QUALITY AMONG THE SPORTSMEN-JUDOISTS OF DIFFERENT SPORT SKILLS ^{[№ 2 (app.1) ' 2005]}
The article deals with the study results among the sportsmen-judoists of different sport skills and their coach-experts. There is a certain dependence between the level of the sport skills and the significance of the instrumental leader qualities. 10 basic leader qualities play various roles among 4 sportsmen types: beginners, rated ones, master candidates, master of sports.

Vladov Y.R.
AGGREGATED APPROACH TO THE ANALYTICAL IDENTIFICATION OF THE TECHNICAL INDUSTRIAL OBJECTS CONDITION ^{[№ 2 ' 2005]}
The developed method of the analytical identification of the technical industrial objects condition proposes to solve the tasks on the construction of the 4 leveled models according to the minimum mean risk criterion: aggregated, approximation correlation dependence function, mathematic models for the technical condition and its change intensity, predictive models. The data is given on the basis of the developed technical condition of the pipelines and heat-and-power engineering equipment.

Vladov Y.R.
THE IDENTIFICATION PROBLEM SOLVEMENT ON THE BASIS OF THE INDUSTRIAL UNITS TECHNICAL STATE AGGREGATED MODELS ^{[№ 6 ' 2004]}
Theoretical and practical solutions of the problems connected with automatized identification on the basis of the THE INDUSTRIAL UNITS TECHNICAL STATE proposed aggregated models of industrial units technical state are expounded in the article. Obtained results for heat-and-power engineering equipment on the example of the model steam-boiler are cited.

^{[№ 5 (app.1) ' 2004]}

V.M. Kushnarenko, N.E. Kandyba, E.P. Stepanov, Yu.R. Vladov., Yu.A. Chirkov
ANALYSIS OF DAMAGEABILITY OF STEAM GENERIC EQUIPMENT ТPP ^{[№ 6 ' 2003]}
Principal causes of damages of the equipment of thermal power stations are examined. The analysis of refusals of boilers of thermal power stations for the thirty-year period of operation is given.

A.Yu. Vladova
PIPELINE CORROSIVE CONDITIONS MODELING EFFICIENCY ^{[№ 2 ' 2000]}
The calculation algorithm of efficiency is worked out. Temporary models of safely pipeline functioning, operation cost, gas deliveries and pipe run total functioning efficiency with or without regard to the surface corrosive conditions are made up.