peer reviewedThe aim of this work is to evaluate the thermal and mechanical loadings applied to the tools during steel thixoforming process in order to determine appropriate tool materials and solutions. This evaluation was realized thanks to experimental trials and to the finite elements simulations. The effect of these loadings on the tool’s failure modes are highlighted and compared to the ones observed in classical forming processes. Beyond this, the failure modes of different tool materials and solutions are presented. The tested materials are hot-working tool steels. Other possibilities and tool coating or surface treatments are discussed as well
peer reviewedWhereas thixoforming of aluminum and other low melting point alloys is now an industria...
Tools and their maintenance costs in hot forging processes account for a considerable proportion of ...
Forming in the thixotropic state is one of the alte rnative forming methods, which all...
The aim of this work is to evaluate the thermal and mechanical loadings applied to the tools during...
Whereas thixoforming of low melting point alloys as aluminium or magnesium is now an industrial rea...
peer reviewedInvestigations on steel thixoforming started in the early 90’s and many developments we...
peer reviewedWhereas thixoforming of low melting point alloys as aluminum or magnesium is now an ind...
Steel thixoforging is an innovative semi-solid forming process. It allows the manufacturing of compl...
peer reviewedInvestigations on steel thixoforming started in the early 90's and many developments we...
peer reviewedThixoforming of steel offers the advantages of casting technology in combination with h...
peer reviewedThe main goal of this work is an analysis of the semi-industrial process of steel thixo...
Steel thixoforging process combines the advantages of performing parts having highly complex shapes ...
The thixoforming of steels is so complex that it requires more investigations regarding both, the ma...
Since always, Industry minimizes manufacturing process plan and increases mechanical behaviour. In t...
The thixoforging technology offers a large technical and economical potential for the production of ...
peer reviewedWhereas thixoforming of aluminum and other low melting point alloys is now an industria...
Tools and their maintenance costs in hot forging processes account for a considerable proportion of ...
Forming in the thixotropic state is one of the alte rnative forming methods, which all...
The aim of this work is to evaluate the thermal and mechanical loadings applied to the tools during...
Whereas thixoforming of low melting point alloys as aluminium or magnesium is now an industrial rea...
peer reviewedInvestigations on steel thixoforming started in the early 90’s and many developments we...
peer reviewedWhereas thixoforming of low melting point alloys as aluminum or magnesium is now an ind...
Steel thixoforging is an innovative semi-solid forming process. It allows the manufacturing of compl...
peer reviewedInvestigations on steel thixoforming started in the early 90's and many developments we...
peer reviewedThixoforming of steel offers the advantages of casting technology in combination with h...
peer reviewedThe main goal of this work is an analysis of the semi-industrial process of steel thixo...
Steel thixoforging process combines the advantages of performing parts having highly complex shapes ...
The thixoforming of steels is so complex that it requires more investigations regarding both, the ma...
Since always, Industry minimizes manufacturing process plan and increases mechanical behaviour. In t...
The thixoforging technology offers a large technical and economical potential for the production of ...
peer reviewedWhereas thixoforming of aluminum and other low melting point alloys is now an industria...
Tools and their maintenance costs in hot forging processes account for a considerable proportion of ...
Forming in the thixotropic state is one of the alte rnative forming methods, which all...