Add to ORKGCost saving and product improvement have always been important goals in the metal forming industry. To achieve these goals, metal forming processes need to be optimised. During the last decades, simulatio
A current trend in the metal forming industry is the coupling of Finite Element (FE) simulations wit...
A metal forming process is characterized by various process parameters such as the shape of the work...
Metal forming has for many years maintained its position as the most efficient method of shaping met...
Metal forming simulation has become an established tool in the metal forming industry during the las...
Product improvement and cost reduction have always been important goals in the metal forming industr...
Product improvement and cost reduction have always been important goals in the metal forming industr...
Product improvement and cost reduction have always been important goals in the metal forming industr...
Coupling Finite Element (FEM) simulations to mathematical optimisation techniques provides a high po...
Properties of raw materials (sheet metal, bars, etc) used in forming processes are not constant. Oth...
Cost saving and product improvement have always been important goals in the metal forming industry. ...
Mathematical optimisation consists of the modelling and solving of optimisation problems. Although b...
Nowadays, the accuracy and fast result-delivery of numerical simulations allow to perform not simply...
Robustness, reliability, optimisation and Finite Element simulations are of major importance to impr...
During the last decades, Finite Element (FEM) simulations of metal forming processes have become imp...
Inevitable variations in process and material properties limit the accuracy of metal forming process...
A current trend in the metal forming industry is the coupling of Finite Element (FE) simulations wit...
A metal forming process is characterized by various process parameters such as the shape of the work...
Metal forming has for many years maintained its position as the most efficient method of shaping met...
Metal forming simulation has become an established tool in the metal forming industry during the las...
Product improvement and cost reduction have always been important goals in the metal forming industr...
Product improvement and cost reduction have always been important goals in the metal forming industr...
Product improvement and cost reduction have always been important goals in the metal forming industr...
Coupling Finite Element (FEM) simulations to mathematical optimisation techniques provides a high po...
Properties of raw materials (sheet metal, bars, etc) used in forming processes are not constant. Oth...
Cost saving and product improvement have always been important goals in the metal forming industry. ...
Mathematical optimisation consists of the modelling and solving of optimisation problems. Although b...
Nowadays, the accuracy and fast result-delivery of numerical simulations allow to perform not simply...
Robustness, reliability, optimisation and Finite Element simulations are of major importance to impr...
During the last decades, Finite Element (FEM) simulations of metal forming processes have become imp...
Inevitable variations in process and material properties limit the accuracy of metal forming process...
A current trend in the metal forming industry is the coupling of Finite Element (FE) simulations wit...
A metal forming process is characterized by various process parameters such as the shape of the work...
Metal forming has for many years maintained its position as the most efficient method of shaping met...