The influence of different laser irradiation times on the structure of grey cast iron was studied. Mössbauer spectroscopy and X-ray diffraction were used to characterise the changes caused by laser irradiation. The composition of martensite and austenite as well as the creation of carbide phases during quenching were studied. Modelling of temperature during laser irradiation allowed differences in the influence of different laser irradiation types and times to be explained
Despite numerous studies on the wettability behavior of ductile iron after ultrafast laser structuri...
High power laser pulse irradiation of material surfaces produces a wide spectrum of phenomena, all c...
The temperature in the laser irradiation area of an amorphous iron-based ribbon was calculated. As a...
Structural and phase changes occurring in laser-hardened steels after tempering at different tempera...
The surface of pearlitic grey cast iron was treated using a 2 kW Nd:YAG laser beam with the final ai...
AbstractThe paper deals with the study of the thermal damage of the substrate during the laser cladd...
Conventional heat treatment of a component is performed in a furnace whereby the component is contin...
The application of thermal cycles below melting temperature can induce solid-to-solid phase transfor...
Laser processing of structure sensitive hypereutectic ductile iron, a cast alloy employed for dynami...
This study concentrates on the annealing effects of a laser-treated area by a successive laser pass ...
There was studied the effect of laser radiation on the structure and properties of annealed and temp...
The paper deals with the study of the thermal damage of the substrate during the laser cladding proc...
This study concentrates on the annealing effects of a laser-treated area by a successive laser pass ...
Samples of a low alloy Cr-Ni-Mo mottled cast iron were melted using CW CO2 laser radiation. The lase...
A high power pulsed Nd:YAG laser and special optics were used to produce surface hardening on 1045 s...
Despite numerous studies on the wettability behavior of ductile iron after ultrafast laser structuri...
High power laser pulse irradiation of material surfaces produces a wide spectrum of phenomena, all c...
The temperature in the laser irradiation area of an amorphous iron-based ribbon was calculated. As a...
Structural and phase changes occurring in laser-hardened steels after tempering at different tempera...
The surface of pearlitic grey cast iron was treated using a 2 kW Nd:YAG laser beam with the final ai...
AbstractThe paper deals with the study of the thermal damage of the substrate during the laser cladd...
Conventional heat treatment of a component is performed in a furnace whereby the component is contin...
The application of thermal cycles below melting temperature can induce solid-to-solid phase transfor...
Laser processing of structure sensitive hypereutectic ductile iron, a cast alloy employed for dynami...
This study concentrates on the annealing effects of a laser-treated area by a successive laser pass ...
There was studied the effect of laser radiation on the structure and properties of annealed and temp...
The paper deals with the study of the thermal damage of the substrate during the laser cladding proc...
This study concentrates on the annealing effects of a laser-treated area by a successive laser pass ...
Samples of a low alloy Cr-Ni-Mo mottled cast iron were melted using CW CO2 laser radiation. The lase...
A high power pulsed Nd:YAG laser and special optics were used to produce surface hardening on 1045 s...
Despite numerous studies on the wettability behavior of ductile iron after ultrafast laser structuri...
High power laser pulse irradiation of material surfaces produces a wide spectrum of phenomena, all c...
The temperature in the laser irradiation area of an amorphous iron-based ribbon was calculated. As a...