The predictive system developed in this Thesis has the same structure as the so-called combustion kinetics models, however, it obtains the fluid and thermal description through CFD simulations. To solve the handicap of the high computational cost needed to run a CFD simulation, a neural network system is used to reproduce the solutions given by the CFD code. Moreover, a neural network system permits to interpolate in the range of variation used during the training stage, and thus, a predictive system covering the whole operational range of the plant is obtained
Coal combustion looks set to continue in the near future, however, with the pressure being put on po...
With an ever increasing demand for energy, Malaysia has become a nation that thrives on solid power ...
Ash fouling has been an important factor in reducing the heat transfer efficiency and safety of the ...
The amount of bottom ash formed in a pulverized coal-fired power plant was predicted by artificial n...
Development of artificial neural network (ANN) models using real plant data for the prediction of fr...
Slagging issues present in pulverized steam boilers very often lead to heat transfer problems, corro...
A three-step methodology was developed to provide reliable prediction of a coal’s behavior in a util...
In this research paper, predictive modelling of NOx emission of a 210 MW capacity pulverized coal-fi...
Accurate modeling of thermal power plant is very useful as well as difficult. Conventional simulatio...
In this paper, an efficient artificial neural network (ANN) model using multi-layer perceptron (MLP)...
The heat transfer in the combustion chamber (freeboard) of a fluidised bed combustor is of critical ...
W kotłach energetycznych pracuje od kilkunastu do kilkudziesięciu palników i sterowanie na podstawie...
Ash, as one of the by-product of combustion either accumulates onto boiler tubes as slag or is colle...
Coal fired power plant becoming preferable power plant type to support electricity demand mainly in ...
In order to improve the generalisation capability of neural network based models, combining multiple...
Coal combustion looks set to continue in the near future, however, with the pressure being put on po...
With an ever increasing demand for energy, Malaysia has become a nation that thrives on solid power ...
Ash fouling has been an important factor in reducing the heat transfer efficiency and safety of the ...
The amount of bottom ash formed in a pulverized coal-fired power plant was predicted by artificial n...
Development of artificial neural network (ANN) models using real plant data for the prediction of fr...
Slagging issues present in pulverized steam boilers very often lead to heat transfer problems, corro...
A three-step methodology was developed to provide reliable prediction of a coal’s behavior in a util...
In this research paper, predictive modelling of NOx emission of a 210 MW capacity pulverized coal-fi...
Accurate modeling of thermal power plant is very useful as well as difficult. Conventional simulatio...
In this paper, an efficient artificial neural network (ANN) model using multi-layer perceptron (MLP)...
The heat transfer in the combustion chamber (freeboard) of a fluidised bed combustor is of critical ...
W kotłach energetycznych pracuje od kilkunastu do kilkudziesięciu palników i sterowanie na podstawie...
Ash, as one of the by-product of combustion either accumulates onto boiler tubes as slag or is colle...
Coal fired power plant becoming preferable power plant type to support electricity demand mainly in ...
In order to improve the generalisation capability of neural network based models, combining multiple...
Coal combustion looks set to continue in the near future, however, with the pressure being put on po...
With an ever increasing demand for energy, Malaysia has become a nation that thrives on solid power ...
Ash fouling has been an important factor in reducing the heat transfer efficiency and safety of the ...