collection and analysis. The data of each year and for each unit is time scheduled. After tabulating all the data, we classified for each unit the different type of failure taking into account the various sub units and systems. According to the classification we defined Markov states. Failure rate repair rate of all state are found from the classified data. The determination of availability and reliability from their definition is completed. I
Abstract—A reliability model for a power generating system comprising two gas turbines and one steam...
This paper deals with the risk assessment of a hydroelectric dam. Hydroelectric dam produces electri...
Reliability evaluation is slowly moving from deterministic techniques to stochastic methods in order...
Through data collection and analysis. The data of each year and for each unit is time scheduled. Aft...
abstract: Hydropower generation is one of the clean renewable energies which has received great atte...
This thesis presents some basic techniques of reliability modelling and quantitative evaluation in r...
Reliability studies are an essential part of power system planning and operation studies. A wide ran...
This thesis presents some basic techniques of reliability modelling and quantitative evaluation in r...
This thesis presents some basic techniques of reliability modelling and quantitative evaluation in r...
Nigeria power generation is circa 4000 MW as at October 2016, this is far less than the national req...
The purpose of this study was to test a probabilistic failure model against a sampling of process pl...
The Kainji hydropower station is a seven turbo-alternator station that for many years served as the ...
A wide variety of factors make reservoir operation a complex and dynamic problem, including multiple...
Analyzing the reliability of a newly built coal fired power station is important when the expected ...
Equipment failures such as unbalanced rotating elements, steam-induced vibration, misalignment of tu...
Abstract—A reliability model for a power generating system comprising two gas turbines and one steam...
This paper deals with the risk assessment of a hydroelectric dam. Hydroelectric dam produces electri...
Reliability evaluation is slowly moving from deterministic techniques to stochastic methods in order...
Through data collection and analysis. The data of each year and for each unit is time scheduled. Aft...
abstract: Hydropower generation is one of the clean renewable energies which has received great atte...
This thesis presents some basic techniques of reliability modelling and quantitative evaluation in r...
Reliability studies are an essential part of power system planning and operation studies. A wide ran...
This thesis presents some basic techniques of reliability modelling and quantitative evaluation in r...
This thesis presents some basic techniques of reliability modelling and quantitative evaluation in r...
Nigeria power generation is circa 4000 MW as at October 2016, this is far less than the national req...
The purpose of this study was to test a probabilistic failure model against a sampling of process pl...
The Kainji hydropower station is a seven turbo-alternator station that for many years served as the ...
A wide variety of factors make reservoir operation a complex and dynamic problem, including multiple...
Analyzing the reliability of a newly built coal fired power station is important when the expected ...
Equipment failures such as unbalanced rotating elements, steam-induced vibration, misalignment of tu...
Abstract—A reliability model for a power generating system comprising two gas turbines and one steam...
This paper deals with the risk assessment of a hydroelectric dam. Hydroelectric dam produces electri...
Reliability evaluation is slowly moving from deterministic techniques to stochastic methods in order...