Abstract: Artificial neural network has been applied to acquire the constitutive relationships of endogenetic particle distribution in FGM prepared by centrifugal casting at different mould temperature, pouring temperature and rotating speed. Building up the neural network model of the constitutive relationship for the alloy, mould temperature, pouring temperature and rotating speed are taken as the inputs and relative thickness of endogenetic particle distribution in FGM is taken as the output. At the same time, four layers are constructed, six neurons are used in the first hidden layer and four neurons are used in the second hidden layer. The activation function in the output layer of the model obeys a linear function, while the activation function in the hidden layer is a sigmoid function. Comparison of the predicted and experimental results shows that the neural network model used to predict the constitutive relationship of the endogenetic particle distribution in FGM has good learning precision and good generalization. It's available to forecast endogenetic particle distribution in FGM prepared by centrifugal casting based on artificial neural network.
Forecast of endogenetic particle distribution in FGM prepared by centrifugal casting based on ANN
Abstract:
Artificial neural network has been applied to acquire the constitutive relationships of endogenetic particle distribution in FGM prepared by centrifugal casting at different mould temperature, pouring temperature and rotating speed. Building up the neural network model of the constitutive relationship for the alloy, mould temperature, pouring temperature and rotating speed are taken as the inputs and relative thickness of endogenetic particle distribution in FGM is taken as the output. At the same time, four layers are constructed, six neurons are used in the first hidden layer and four neurons are used in the second hidden layer. The activation function in the output layer of the model obeys a linear function, while the activation function in the hidden layer is a sigmoid function. Comparison of the predicted and experimental results shows that the neural network model used to predict the constitutive relationship of the endogenetic particle distribution in FGM has good learning precision and good generalization. It's available to forecast endogenetic particle distribution in FGM prepared by centrifugal casting based on artificial neural network. [