AbstractThe purpose of this paper is to define a thermomechanical fatigue criterion in order to predict the failure of the cylinder heads issued with the lost foam casting process. The microstructure of the materials (A356-A319) is affected by the lost foam casting process which can directly affect the mechanical properties, the damage mechanisms and thefatigue failure of the materials. The major problem in defining a predictive fatigue criterion in this case is the fact that it should be on one side applicable for the structure which is submitted to complex multiaxial thermomechanical loadings and on the other side should take into account the microstructural effects of casting process
International audienceThe LFC (Lost Foam Casting) process affects the microstructure, the mechanical...
In Al-Si-Zylinderköpfen führen Start-Stopp-Zyklen zur thermomechanischen Ermüdung (TMF), die mit der...
AbstractTMF loading in diesel cylinder heads made of cast aluminium alloys is expected to steadily b...
AbstractThe purpose of this paper is to define a thermomechanical fatigue criterion in order to pred...
International audienceThe purpose of this paper is to define a thermo-mechanical fatigue criterion i...
International audienceThe purpose of this paper is to define a thermo-mechanical fatigue criterion i...
International audienceThe purpose of this paper is to define a thermo-mechanical fatigue criterion i...
International audienceThe purpose of this paper is to define a thermo-mechanical fatigue criterion i...
International audienceThe purpose of this paper is to define a thermo-mechanical fatigue criterion i...
International audienceThe purpose of this paper is to define a thermo-mechanical fatigue criterion i...
International audienceThe LFC (Lost Foam Casting) process affects the microstructure, the mechanical...
International audienceThe LFC (Lost Foam Casting) process affects the microstructure, the mechanical...
International audienceThe LFC (Lost Foam Casting) process affects the microstructure, the mechanical...
International audienceThe LFC (Lost Foam Casting) process affects the microstructure, the mechanical...
International audienceThe LFC (Lost Foam Casting) process affects the microstructure, the mechanical...
International audienceThe LFC (Lost Foam Casting) process affects the microstructure, the mechanical...
In Al-Si-Zylinderköpfen führen Start-Stopp-Zyklen zur thermomechanischen Ermüdung (TMF), die mit der...
AbstractTMF loading in diesel cylinder heads made of cast aluminium alloys is expected to steadily b...
AbstractThe purpose of this paper is to define a thermomechanical fatigue criterion in order to pred...
International audienceThe purpose of this paper is to define a thermo-mechanical fatigue criterion i...
International audienceThe purpose of this paper is to define a thermo-mechanical fatigue criterion i...
International audienceThe purpose of this paper is to define a thermo-mechanical fatigue criterion i...
International audienceThe purpose of this paper is to define a thermo-mechanical fatigue criterion i...
International audienceThe purpose of this paper is to define a thermo-mechanical fatigue criterion i...
International audienceThe purpose of this paper is to define a thermo-mechanical fatigue criterion i...
International audienceThe LFC (Lost Foam Casting) process affects the microstructure, the mechanical...
International audienceThe LFC (Lost Foam Casting) process affects the microstructure, the mechanical...
International audienceThe LFC (Lost Foam Casting) process affects the microstructure, the mechanical...
International audienceThe LFC (Lost Foam Casting) process affects the microstructure, the mechanical...
International audienceThe LFC (Lost Foam Casting) process affects the microstructure, the mechanical...
International audienceThe LFC (Lost Foam Casting) process affects the microstructure, the mechanical...
In Al-Si-Zylinderköpfen führen Start-Stopp-Zyklen zur thermomechanischen Ermüdung (TMF), die mit der...
AbstractTMF loading in diesel cylinder heads made of cast aluminium alloys is expected to steadily b...