The coating on the 22MnB5 steel is intended to protect it against oxidation during the forming process. This steel is hot-pressed. A preheating before the pressing and subsequent hardening in the tool affects the properties of the AlSi coating. This study summarizes the results of investigating the effect of heat treatment parameters on the formation of intermetallics in the AlSi coating. The chemical analysis of the coating was performed by the EDX and EBSD method and the mechanical properties were determined by the Hysitron TI 950 TriboIndenter™ system. The result of this study is that, due to a diffusion during the heat treatment, the brittle coating was transformed into a tougher phase
Al-Si is the most popular coating used to prevent oxidation on the surfaces of hot-stamped steel she...
As AlSi-coated press hardening steel is heated to austenitization temperatures, various FeAl interme...
Hot-stamped ultrahigh strength steel (UHSS) components are pivotal to automotive light-weighting. St...
The coating on the 22MnB5 steel is intended to protect it against oxidation during the forming proce...
Martensitic high strength steel type of 22MnB5 is increasingly used in transport industries for safe...
The usage of the hot stamping process is of great importance due tothe high demands for production o...
To combat greenhouse gas emissions and improve fuel economy, automotive manufacturers have searched ...
AlSi coating fracture during press hardening of boron steel can significantly increase tool wear and...
DoctorIn present study, the metallurgical evolution of 22MnB5 steel and the interaction with the Al-...
The chemical and phase composition of the coating and the coating/substrate interface of an Al-Si-co...
In order to reduce the intermetallic compounds formed during the application of an Al–7Ni wt % hot-d...
This paper addresses structural changes of Al-Si coating depending on various heat treatment paramet...
Abstract High-strength steels are commonly used in the automobile industry in order to reduce the we...
In hot-stamping processes, Al-Si coating is generally applied on the steel substrate to avoid decarb...
Aluminized steel possesses excellent physical, chemical and mechanical properties as compared to pla...
Al-Si is the most popular coating used to prevent oxidation on the surfaces of hot-stamped steel she...
As AlSi-coated press hardening steel is heated to austenitization temperatures, various FeAl interme...
Hot-stamped ultrahigh strength steel (UHSS) components are pivotal to automotive light-weighting. St...
The coating on the 22MnB5 steel is intended to protect it against oxidation during the forming proce...
Martensitic high strength steel type of 22MnB5 is increasingly used in transport industries for safe...
The usage of the hot stamping process is of great importance due tothe high demands for production o...
To combat greenhouse gas emissions and improve fuel economy, automotive manufacturers have searched ...
AlSi coating fracture during press hardening of boron steel can significantly increase tool wear and...
DoctorIn present study, the metallurgical evolution of 22MnB5 steel and the interaction with the Al-...
The chemical and phase composition of the coating and the coating/substrate interface of an Al-Si-co...
In order to reduce the intermetallic compounds formed during the application of an Al–7Ni wt % hot-d...
This paper addresses structural changes of Al-Si coating depending on various heat treatment paramet...
Abstract High-strength steels are commonly used in the automobile industry in order to reduce the we...
In hot-stamping processes, Al-Si coating is generally applied on the steel substrate to avoid decarb...
Aluminized steel possesses excellent physical, chemical and mechanical properties as compared to pla...
Al-Si is the most popular coating used to prevent oxidation on the surfaces of hot-stamped steel she...
As AlSi-coated press hardening steel is heated to austenitization temperatures, various FeAl interme...
Hot-stamped ultrahigh strength steel (UHSS) components are pivotal to automotive light-weighting. St...