The scope of papers is as follows (including but not limited to):
Material and process of low temperature hot stamping (heating temperature 750-800°C)
Cold stamping technology of advanced high strength steel 1180-1470MPa
Technology and application of multi-material forming (mixed forming of carbon fiber composites, steel and aluminum)
Laser blanking and defect prevention of advanced high strength steel
Process of new coating of high strength steel and prevention of hydrogen embrittlement delayed fracture
Research progress of multi-step hot stamping strengthening technology
High strength steel/aluminum alloy and light-weight and high performance materials
Hot stamping of high-strength steel/high-strength aluminium alloy
Stamping and roll forming of high strength steel
Cold/hot stamping of tailor-welded blanks
Modeling and forming simulation of stamping components
Application of advanced high strength steel stamping
Material surface condition, friction and lubrication
Material coatings, corrosion and corrosion protection
Hot stamping Component design and body-in-white
Heating and cooling methods and processes
Microstructure and phase transition of cold-hot stamping forming material
Tooling design and manufacturing
Test and evaluation of advanced high strength steel stamping components
Laser cutting and welding of advanced high strength steel stamping components
Digital and intelligent technology and application of hot stamping forming equipment
Lightweight design and advanced high strength steel components forming technology for commercial vehicles
Other advanced forming technologies