A mechanical model of a laser transformation hardening specimen with a crack in the middle of the hardened layer is developed to quantify the effects of the residual stress and hardness gradient on crack driving force in terms of J-integral. It is assume
Laser hardening is a laser assisted process devoted to the surface hardening of the mechanical compo...
This article investigates the surface hardening capability of a metastable austenitic TRansformation...
Laser surface hardening (LSH) has become the most vital process to increase the hardness of a mild s...
Cold drawn AISI 4140 beams were LASER surface hardened with a 2 kW CO2 LASER. Specimens were treate...
Cold drawn AISI 4140 beams were LASER surface hardened with a 2 kW CO2 LASER. Specimens were treate...
Laser hardening brings a great increase in part life and it is an industry-proven process, typically...
Laser surface hardening is rapidly growing in industrial applications due to its high flexibility, a...
A numerical model is presented for evaluation of residual stresses following laser surface treatment...
Laser surface hardening is rapidly growing in industrial applications due to its high flexibility, a...
A numerical model is presented for evaluation of residual stresses following laser surface treatment...
A numerical model is presented for evaluation of residual stresses following laser surface treatment...
Although laser treatment of certain metals may enhance the wear performance in general it may result...
Although laser treatment of certain metals may enhance the wear performance in general it may result...
Laser hardening is a laser assisted process devoted to the surface hardening of the mechanical compo...
Laser surface hardening is a process of microstructural modification of the near surface region of i...
Laser hardening is a laser assisted process devoted to the surface hardening of the mechanical compo...
This article investigates the surface hardening capability of a metastable austenitic TRansformation...
Laser surface hardening (LSH) has become the most vital process to increase the hardness of a mild s...
Cold drawn AISI 4140 beams were LASER surface hardened with a 2 kW CO2 LASER. Specimens were treate...
Cold drawn AISI 4140 beams were LASER surface hardened with a 2 kW CO2 LASER. Specimens were treate...
Laser hardening brings a great increase in part life and it is an industry-proven process, typically...
Laser surface hardening is rapidly growing in industrial applications due to its high flexibility, a...
A numerical model is presented for evaluation of residual stresses following laser surface treatment...
Laser surface hardening is rapidly growing in industrial applications due to its high flexibility, a...
A numerical model is presented for evaluation of residual stresses following laser surface treatment...
A numerical model is presented for evaluation of residual stresses following laser surface treatment...
Although laser treatment of certain metals may enhance the wear performance in general it may result...
Although laser treatment of certain metals may enhance the wear performance in general it may result...
Laser hardening is a laser assisted process devoted to the surface hardening of the mechanical compo...
Laser surface hardening is a process of microstructural modification of the near surface region of i...
Laser hardening is a laser assisted process devoted to the surface hardening of the mechanical compo...
This article investigates the surface hardening capability of a metastable austenitic TRansformation...
Laser surface hardening (LSH) has become the most vital process to increase the hardness of a mild s...