peer reviewedThe paper deals with an application of Artificial Neural Networks (ANNs) to predict the geometry of hot forged pieces after cooling. Different ANNs have been considered and evaluated; then a network with two hidden layers has been set up. Training and testing data have been obtained through calibrated numerical simulations of the cooling phase carried out with a finite element (F.E.) code. The good agreement between predicted and numerical results confirms the possibility of using well-trained neural network to foresee final dimensions of pieces after hot forging operations
The process design of cold forged shafts made of different work materials is carried out in this pa...
peer reviewedThis work takes place in the framework of a CRAFT European project gathering three univ...
The paper presents a validated numerical model able to predict geometrical distortions of rings duri...
The paper deals with the application of neural network modelling to the real-time prediction of the ...
The 22MnB5 steel is a hot stamping steel developed with the aim to satisfy the increasing request of...
Quenching and tempering of precision forged components using their forging heat leads to reduced pro...
The article presents the use of artificial neural networks (ANN) to build a system of analysis and f...
Heat treatments are used to develop the required mechanical properties in a range of alloy steels. T...
In this study, a new method is developed to predict an accurate convective heat transfer coefficient...
The main objective of the present work is to develop a methodology to predict the mechanical propert...
This article discusses the results of studies using the developed artificial neural networks in the ...
Because of demand for lower emissions and better crashworthiness, the use of hot stamped 22MnB5 boro...
The hot deformation behaviour of austenite in steels is a complicated process which depends on chemi...
111-118Modern metal forming often caters to rapidly changing product specifications determined by ...
997-1005This study presents the finite element modelling and analysis of an automotive piston. Sever...
The process design of cold forged shafts made of different work materials is carried out in this pa...
peer reviewedThis work takes place in the framework of a CRAFT European project gathering three univ...
The paper presents a validated numerical model able to predict geometrical distortions of rings duri...
The paper deals with the application of neural network modelling to the real-time prediction of the ...
The 22MnB5 steel is a hot stamping steel developed with the aim to satisfy the increasing request of...
Quenching and tempering of precision forged components using their forging heat leads to reduced pro...
The article presents the use of artificial neural networks (ANN) to build a system of analysis and f...
Heat treatments are used to develop the required mechanical properties in a range of alloy steels. T...
In this study, a new method is developed to predict an accurate convective heat transfer coefficient...
The main objective of the present work is to develop a methodology to predict the mechanical propert...
This article discusses the results of studies using the developed artificial neural networks in the ...
Because of demand for lower emissions and better crashworthiness, the use of hot stamped 22MnB5 boro...
The hot deformation behaviour of austenite in steels is a complicated process which depends on chemi...
111-118Modern metal forming often caters to rapidly changing product specifications determined by ...
997-1005This study presents the finite element modelling and analysis of an automotive piston. Sever...
The process design of cold forged shafts made of different work materials is carried out in this pa...
peer reviewedThis work takes place in the framework of a CRAFT European project gathering three univ...
The paper presents a validated numerical model able to predict geometrical distortions of rings duri...