Add to ORKGABSTRACT: The main objective of this work is to develop applicable quantitative method for identifying critical components of system in power generating plant. This paper describes the analysis of major failure of hydro turbine, generator and transmission system which is unable to deliver the power. So, the use of fault tree analysis as one method of analyzing the reliability of these complex systems
In modern electrical power system, the reliability is considered to be an important factor in power ...
The purpose of this study was to test a probabilistic failure model against a sampling of process pl...
Abstract. Based on the introduction of the station power using system, this paper used fault tree an...
In this paper, the system of the power plant has been investigated as a special type of industrial s...
Wind turbines are complex and expensive equipment, requiring high reliability and low maintenance co...
This paper presents an evaluation system for steel structures of hydroelectric power stations, inclu...
The application of fault tree analysis (FTA) to system safety and reliability is presented within th...
collection and analysis. The data of each year and for each unit is time scheduled. After tabulating...
This paper describes the analysis of major failure of 28 MW horizontal hydro turbine shaft. The anal...
The paper describes a reliability modelling method designed for transmission grid reliability evalua...
abstract: Hydropower generation is one of the clean renewable energies which has received great atte...
The combined-cycle gas and steam turbine power plant presents three main pieces of equipment: gas tu...
To determine the cause and mechanism of failure based on a scientific analysis of the function of th...
Water is an essential substance in human life. From biological view, water helps us in continuing li...
Failure analysis through simulation is a useful practice to predict a system availability, maintenan...
In modern electrical power system, the reliability is considered to be an important factor in power ...
The purpose of this study was to test a probabilistic failure model against a sampling of process pl...
Abstract. Based on the introduction of the station power using system, this paper used fault tree an...
In this paper, the system of the power plant has been investigated as a special type of industrial s...
Wind turbines are complex and expensive equipment, requiring high reliability and low maintenance co...
This paper presents an evaluation system for steel structures of hydroelectric power stations, inclu...
The application of fault tree analysis (FTA) to system safety and reliability is presented within th...
collection and analysis. The data of each year and for each unit is time scheduled. After tabulating...
This paper describes the analysis of major failure of 28 MW horizontal hydro turbine shaft. The anal...
The paper describes a reliability modelling method designed for transmission grid reliability evalua...
abstract: Hydropower generation is one of the clean renewable energies which has received great atte...
The combined-cycle gas and steam turbine power plant presents three main pieces of equipment: gas tu...
To determine the cause and mechanism of failure based on a scientific analysis of the function of th...
Water is an essential substance in human life. From biological view, water helps us in continuing li...
Failure analysis through simulation is a useful practice to predict a system availability, maintenan...
In modern electrical power system, the reliability is considered to be an important factor in power ...
The purpose of this study was to test a probabilistic failure model against a sampling of process pl...
Abstract. Based on the introduction of the station power using system, this paper used fault tree an...