Materials used in car body must fulfill several performance requirements during manufacturing and service life. Reducing car weight also reduces fuel consumption and causes lower gas emissions. One way to make that possible is to use hot-stamped boron steel components because the high strength of steel sheet thickness can be reduced without losing crashworthiness. The lower weight of the car body is as important with the electric car as it is with the combustion car because it enables a longer-lasting battery. During hot stamping, steel suffers from high-temperature oxidation, and for that reason, coating became a vital solution to prevent high-temperature oxidation and provide corrosion protection during service life. In this thesis, two...
AbstractThe importance of high-strength steel concepts for car bodies has increased in recent years ...
A self-developed strip-type high-temperature friction and wear test device was used to simulate the ...
Hot stamping of quenchenable high strength steels represents the most promising forming technology f...
The automotive industry is under increasing pressure to: (1) reduce the weight of vehicles and (2) i...
Reducing carbon emissions has been a major focus in the automobile industry to address various envir...
Hot stamping is a novel process to produce ultra high strength automobile components without any spr...
This paper demonstrates the promise of a new low-temperature hot stamping process with pre-cooling f...
The coatings of boron steels play an important role in affecting the quality of hot stamping parts, ...
AbstractHot stamping is a non-isothermal high temperature forming process, in which complex ultra hi...
Boron steel is the most widely used material in hot stamping applications for forming automotive bod...
In the paper, a typical part of B1500HS boron steel was formed using the hot stamping tools, and the...
Due to the demand for reduction in gas emissions, energy saving and producing safer vehicles has dri...
Hot stamping by partition heating of Al–Si coated boron steel sheets is currently utilized to produc...
Since direct hot stamping has become the most relevant technology to manufacture 22MnB5 structural p...
Boron alloyed steels, especially 22MnB5, have been the point of focus for the materials choice in ho...
AbstractThe importance of high-strength steel concepts for car bodies has increased in recent years ...
A self-developed strip-type high-temperature friction and wear test device was used to simulate the ...
Hot stamping of quenchenable high strength steels represents the most promising forming technology f...
The automotive industry is under increasing pressure to: (1) reduce the weight of vehicles and (2) i...
Reducing carbon emissions has been a major focus in the automobile industry to address various envir...
Hot stamping is a novel process to produce ultra high strength automobile components without any spr...
This paper demonstrates the promise of a new low-temperature hot stamping process with pre-cooling f...
The coatings of boron steels play an important role in affecting the quality of hot stamping parts, ...
AbstractHot stamping is a non-isothermal high temperature forming process, in which complex ultra hi...
Boron steel is the most widely used material in hot stamping applications for forming automotive bod...
In the paper, a typical part of B1500HS boron steel was formed using the hot stamping tools, and the...
Due to the demand for reduction in gas emissions, energy saving and producing safer vehicles has dri...
Hot stamping by partition heating of Al–Si coated boron steel sheets is currently utilized to produc...
Since direct hot stamping has become the most relevant technology to manufacture 22MnB5 structural p...
Boron alloyed steels, especially 22MnB5, have been the point of focus for the materials choice in ho...
AbstractThe importance of high-strength steel concepts for car bodies has increased in recent years ...
A self-developed strip-type high-temperature friction and wear test device was used to simulate the ...
Hot stamping of quenchenable high strength steels represents the most promising forming technology f...