Surface irradiation of AISI 301 with ultra-short linearly polarized pulses between 247 fs and 7 ps resulted in laser induced periodic surface structures (LIPSS). Scanning electron microscope micrographs taken after the laser treatment show the formation of sub-micrometer sized arrays of nearly parallel ripples slightly differing from each other, depending on the specific treatment adopted. Static contact angle data indicate that LIPSS induce a marked hydrophobic behavior of the treated surfaces. The friction coefficient of laser treated and pristine AISI 301 surfaces gliding on compact snow was compared to that of ultra-high molecular weight polyethylene. The friction coefficients of the laser treated samples are intermediate between those ...
This paper aims at contributing to the study of laser-induced periodic surface structures (LIPSS) an...
By laser ablation with ultra short laser pulses in the pico- and femto-second range, well controlled...
Control of stainless steel (SS) variants’ surface wettability has attracted much attention due to th...
Laser irradiation yields a powerful tool to modify the symmetry and asymmetry features of materials ...
We report on the effect of femtosecond-laser-induced periodic surface structures (LIPSS) on the trib...
The interest in superhydrophobic surfaces has grown exponentially over recent decades. Since the lot...
Friction between moving bodies in mutual contact is a field studied in depth. A strategy to improve ...
Microscopic ice friction was studied systematically across all to ice friction relevant friction reg...
By laser ablation with ultra short laser pulses in the pico- and femto-second range, well controlled...
Wetting properties of a wide range of materials can be modified by accurate laser micromachining wit...
AbstractWetting properties of a wide range of materials can be modified by accurate laser micromachi...
The paper concentrates on surface texturing on sub-micro meter scale with ultra short laser pulses t...
The paper concentrates on surface texturing on sub-micro meter scale with ultra short laser pulses t...
In this work, we present functionalization of AISI 316 L surfaces by nanosecond Nd:YAG laser texturi...
Micromachining using ultra short laser pulses (USLP) has evolved over the past years as a versatile ...
This paper aims at contributing to the study of laser-induced periodic surface structures (LIPSS) an...
By laser ablation with ultra short laser pulses in the pico- and femto-second range, well controlled...
Control of stainless steel (SS) variants’ surface wettability has attracted much attention due to th...
Laser irradiation yields a powerful tool to modify the symmetry and asymmetry features of materials ...
We report on the effect of femtosecond-laser-induced periodic surface structures (LIPSS) on the trib...
The interest in superhydrophobic surfaces has grown exponentially over recent decades. Since the lot...
Friction between moving bodies in mutual contact is a field studied in depth. A strategy to improve ...
Microscopic ice friction was studied systematically across all to ice friction relevant friction reg...
By laser ablation with ultra short laser pulses in the pico- and femto-second range, well controlled...
Wetting properties of a wide range of materials can be modified by accurate laser micromachining wit...
AbstractWetting properties of a wide range of materials can be modified by accurate laser micromachi...
The paper concentrates on surface texturing on sub-micro meter scale with ultra short laser pulses t...
The paper concentrates on surface texturing on sub-micro meter scale with ultra short laser pulses t...
In this work, we present functionalization of AISI 316 L surfaces by nanosecond Nd:YAG laser texturi...
Micromachining using ultra short laser pulses (USLP) has evolved over the past years as a versatile ...
This paper aims at contributing to the study of laser-induced periodic surface structures (LIPSS) an...
By laser ablation with ultra short laser pulses in the pico- and femto-second range, well controlled...
Control of stainless steel (SS) variants’ surface wettability has attracted much attention due to th...