AbstractThis paper presents the change of indicators characterizing the efficiency and condition (or health) of mechanical engineering products (such as aircraft engines, gas turbines, etc.) during their operation (over time). Employing the method of phase portraits used in automatic control theory (ACT), is proposed. A method for direct measurement of power, generated by gas turbine unit (GTU) is suggested. The algorithms able to predict changes in the technical condition of engineering objects over their operation time are developed. These algorithms do not require measuring the efficiency indicators derivatives
In this paper, we present a novel method for performance-based prognostics of industrial gas turbine...
In the aeronautical field, one of the major concerns is the availability of systems. To ensure avail...
The article presents reasons for generating a non-uniform field of parameters in the compressor inle...
The paper presents a new approach to the process of regulating the basic parameters of a turbine jet...
This paper presents condition monitoring of industrial gas turbine by monitoring its critical operat...
The main directions of improving the processes of life cycle management of power and power plants ba...
This paper proposes the use of a change detection algorithm to monitor the degradation of mechanical...
The article deals with diagnostics of hydraulic systems using phase portraits. A brief review of the...
Performance deterioration monitoring is an essential part of the prognostics and health management (...
A vehicle health usage monitoring system (HUMS) makes it possible to create an accurate picture of t...
Paper presents the methodology of shaping dependability of devices used in process with use key perf...
Engineering Changes (EC) implementation in product definition and at all stages of the product life ...
In this study, we present an integrated method for detecting and forecasting the health of gas turbi...
The task of optimizing control methods in order to maintain key performance parameters of a gas turb...
Increasing efficiency of machines and strong competition between companies, popularized the use of m...
In this paper, we present a novel method for performance-based prognostics of industrial gas turbine...
In the aeronautical field, one of the major concerns is the availability of systems. To ensure avail...
The article presents reasons for generating a non-uniform field of parameters in the compressor inle...
The paper presents a new approach to the process of regulating the basic parameters of a turbine jet...
This paper presents condition monitoring of industrial gas turbine by monitoring its critical operat...
The main directions of improving the processes of life cycle management of power and power plants ba...
This paper proposes the use of a change detection algorithm to monitor the degradation of mechanical...
The article deals with diagnostics of hydraulic systems using phase portraits. A brief review of the...
Performance deterioration monitoring is an essential part of the prognostics and health management (...
A vehicle health usage monitoring system (HUMS) makes it possible to create an accurate picture of t...
Paper presents the methodology of shaping dependability of devices used in process with use key perf...
Engineering Changes (EC) implementation in product definition and at all stages of the product life ...
In this study, we present an integrated method for detecting and forecasting the health of gas turbi...
The task of optimizing control methods in order to maintain key performance parameters of a gas turb...
Increasing efficiency of machines and strong competition between companies, popularized the use of m...
In this paper, we present a novel method for performance-based prognostics of industrial gas turbine...
In the aeronautical field, one of the major concerns is the availability of systems. To ensure avail...
The article presents reasons for generating a non-uniform field of parameters in the compressor inle...