Due to the demand for reduction in gas emissions, energy saving and producing safer vehicles has driven the development of Ultra High Strength Steel (UHSS) material. To strengthen UHSS material such as boron steel, it needed to undergo a process of hot stamping for heating at certain temperature and time. In this paper, Taguchi method is applied to determine the appropriate parameter of thickness, heating temperature and heating time to achieve optimum strength of boron steel. The experiment is conducted by using flat square shape of hot stamping tool with tensile dog bone as a blank product. Then, the value of tensile strength and hardness is measured as response. The results showed that the lower thickness, higher heating temperature and ...
The automotive industry is under increasing pressure to: (1) reduce the weight of vehicles and (2) i...
The growing effort to reduce vehicle weight and improve passive safety in the automotive industry ha...
Steel material may be considered one of the most significant materials in different mechanical engin...
Hot stamping is a novel process to produce ultra high strength automobile components without any spr...
In the paper, a typical part of B1500HS boron steel was formed using the hot stamping tools, and the...
The escalating issues on sustainable environment such as the necessity to reduce CO2 emission and fu...
The aim of this study is to develop the fundamentals of materials modelling to enable effective proc...
AbstractHot stamping is a non-isothermal high temperature forming process, in which complex ultra hi...
Materials used in car body must fulfill several performance requirements during manufacturing and se...
Hot stamping with high strength steel is becoming more popular in automotive industry. The hot stamp...
Boron alloyed steels, especially 22MnB5, have been the point of focus for the materials choice in ho...
Boron steel is the most widely used material in hot stamping applications for forming automotive bod...
AbstractThe characteristic of the heat transfer coefficient of the boron steel for hot stamping proc...
This thesis explained the effect of quenching process parameters in hot press forming that has been ...
This paper demonstrates the promise of a new low-temperature hot stamping process with pre-cooling f...
The automotive industry is under increasing pressure to: (1) reduce the weight of vehicles and (2) i...
The growing effort to reduce vehicle weight and improve passive safety in the automotive industry ha...
Steel material may be considered one of the most significant materials in different mechanical engin...
Hot stamping is a novel process to produce ultra high strength automobile components without any spr...
In the paper, a typical part of B1500HS boron steel was formed using the hot stamping tools, and the...
The escalating issues on sustainable environment such as the necessity to reduce CO2 emission and fu...
The aim of this study is to develop the fundamentals of materials modelling to enable effective proc...
AbstractHot stamping is a non-isothermal high temperature forming process, in which complex ultra hi...
Materials used in car body must fulfill several performance requirements during manufacturing and se...
Hot stamping with high strength steel is becoming more popular in automotive industry. The hot stamp...
Boron alloyed steels, especially 22MnB5, have been the point of focus for the materials choice in ho...
Boron steel is the most widely used material in hot stamping applications for forming automotive bod...
AbstractThe characteristic of the heat transfer coefficient of the boron steel for hot stamping proc...
This thesis explained the effect of quenching process parameters in hot press forming that has been ...
This paper demonstrates the promise of a new low-temperature hot stamping process with pre-cooling f...
The automotive industry is under increasing pressure to: (1) reduce the weight of vehicles and (2) i...
The growing effort to reduce vehicle weight and improve passive safety in the automotive industry ha...
Steel material may be considered one of the most significant materials in different mechanical engin...