This study examines the possibility of applying lasers for the formation of laser-affected bands in hardenable steel sheets, with a specific focus on how the formation of these hardened bands can improve the accuracy of the single point incremental forming process (SPIF). For this purpose, the process parameters for the hardening process have been chosen using finite-element (FE) modeling. The results of the modeling have been validated by temperature field measurements obtained from IR camera observations. The microstructural analysis of the laser-affected zones has been performed using optical microscopy (OM) and scanning electron microscopy (SEM). These investigations confirm a phase transformation to a martensitic structure during laser...
Laser surface hardening is rapidly growing in industrial applications due to its high flexibility, a...
An experimental investigation with 4 kW diodes laser system was carried out to study the effects of ...
This research was conducted to develop a correlation between microstructure of HSLA steel and the me...
This study examines the possibility of applying lasers for the formation of laser-affected bands in ...
The effect of localized laser hardening on the dimensional accuracy of incrementally formed steel sh...
Conventional heat treatment of a component is performed in a furnace whereby the component is contin...
Single Point Incremental Forming (SPIF) is a flexible sheet forming process which is characterized b...
Abstract: Forming is a flexible manufacturing process by which a variety of different shapes can be ...
Laser transformation hardening is a versatile technique for enhancing surface hardness, but it has b...
This paper reports the influencing factors and the characteristic behaviour of steel plates during b...
The response of the hypo-eutectoid steel to laser hardening, which is measured as the depth of the i...
The response of the hypo-eutectoid steel to laser hardening, which is measured as the depth of the i...
Abstract: Laser Beam Forming (LBF) process is an emerging and new forming method that generally requ...
Laser forming induces mechanical and structural modifications around the Laser Scanning Path. Variou...
AbstractIn this work UHS structural and abrasion resistant (AR) steels were heat treated with a sing...
Laser surface hardening is rapidly growing in industrial applications due to its high flexibility, a...
An experimental investigation with 4 kW diodes laser system was carried out to study the effects of ...
This research was conducted to develop a correlation between microstructure of HSLA steel and the me...
This study examines the possibility of applying lasers for the formation of laser-affected bands in ...
The effect of localized laser hardening on the dimensional accuracy of incrementally formed steel sh...
Conventional heat treatment of a component is performed in a furnace whereby the component is contin...
Single Point Incremental Forming (SPIF) is a flexible sheet forming process which is characterized b...
Abstract: Forming is a flexible manufacturing process by which a variety of different shapes can be ...
Laser transformation hardening is a versatile technique for enhancing surface hardness, but it has b...
This paper reports the influencing factors and the characteristic behaviour of steel plates during b...
The response of the hypo-eutectoid steel to laser hardening, which is measured as the depth of the i...
The response of the hypo-eutectoid steel to laser hardening, which is measured as the depth of the i...
Abstract: Laser Beam Forming (LBF) process is an emerging and new forming method that generally requ...
Laser forming induces mechanical and structural modifications around the Laser Scanning Path. Variou...
AbstractIn this work UHS structural and abrasion resistant (AR) steels were heat treated with a sing...
Laser surface hardening is rapidly growing in industrial applications due to its high flexibility, a...
An experimental investigation with 4 kW diodes laser system was carried out to study the effects of ...
This research was conducted to develop a correlation between microstructure of HSLA steel and the me...