International audienceA three-dimensional cellular automaton-finite element model has been developed over the past five years for the prediction of macrostructures formed in casting. The present article briefly summarizes the growth algorithm of the model. Applications are then given for the prediction of the grain structure formed in a directionally solidified turbine blade produced by investment casting, a continuously cast cylinder and a near-net shape steel sheet obtained by twin-roll casting
A cellular automaton-finite element (CA-FE) model was used to predict the solidification grain struc...
International audienceA 3-dimensional (3-D) probabilistic model which has been developed previously ...
International audienceStochastic models have been developed for the simulation of grain structure fo...
International audienceA three-dimensional cellular automaton-finite element model has been developed...
International audienceA three-dimensional cellular automaton - finite element model has been develop...
International audienceA three-dimensional cellular automaton-finite element model has been developed...
International audienceA three-dimensional cellular automaton - finite element model has been develop...
International audienceDendritic grain structures were studied using stochastic modelling. Crystallog...
International audienceTwo- and three-dimensional (3D) Cellular Automaton (CA) algorithms are propose...
International audienceTwo- and three-dimensional (3D) Cellular Automaton (CA) algorithms are propose...
This article is based on a presentation made at the “Analysis and Modeling of Solidification” sympos...
This article is based on a presentation made at the “Analysis and Modeling of Solidification” sympos...
International audienceAmong the many routes which are used for the processing of high-temperature ma...
In the present paper the description of Al-Si alloy structure modeling using the Cellular Automaton ...
International audienceA three-dimensional (3-D) model for the prediction of dendritic grain structur...
A cellular automaton-finite element (CA-FE) model was used to predict the solidification grain struc...
International audienceA 3-dimensional (3-D) probabilistic model which has been developed previously ...
International audienceStochastic models have been developed for the simulation of grain structure fo...
International audienceA three-dimensional cellular automaton-finite element model has been developed...
International audienceA three-dimensional cellular automaton - finite element model has been develop...
International audienceA three-dimensional cellular automaton-finite element model has been developed...
International audienceA three-dimensional cellular automaton - finite element model has been develop...
International audienceDendritic grain structures were studied using stochastic modelling. Crystallog...
International audienceTwo- and three-dimensional (3D) Cellular Automaton (CA) algorithms are propose...
International audienceTwo- and three-dimensional (3D) Cellular Automaton (CA) algorithms are propose...
This article is based on a presentation made at the “Analysis and Modeling of Solidification” sympos...
This article is based on a presentation made at the “Analysis and Modeling of Solidification” sympos...
International audienceAmong the many routes which are used for the processing of high-temperature ma...
In the present paper the description of Al-Si alloy structure modeling using the Cellular Automaton ...
International audienceA three-dimensional (3-D) model for the prediction of dendritic grain structur...
A cellular automaton-finite element (CA-FE) model was used to predict the solidification grain struc...
International audienceA 3-dimensional (3-D) probabilistic model which has been developed previously ...
International audienceStochastic models have been developed for the simulation of grain structure fo...