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hardening --- microstructure --- stainless steel --- WC-12Co coatings --- gear oil --- high velocity oxygen fuel spraying (HVOF) --- material deformation --- thermochemical treatment --- wetting behavior --- cracking behavior --- properties of surface layers --- wear resistance --- nitriding --- thermal spraying --- surface engineering --- Cu–Sn --- wear behavior --- K417G Ni-based superalloy --- tribology --- AISI 316L --- joint replacements --- reactive high-power impulse magnetron sputtering --- micropitting --- scuffing --- laser forming repairing --- Ti6Al4V --- wire arc spray --- cavitation erosion --- surface modification --- HVOF --- wear --- surface morphology --- S-phase --- wood sanding --- friction behavior --- competitive mechanism --- tribological properties --- steel gears --- coating --- DLC coating --- PTFE --- laser texturing --- surface characterization --- elastic spring back --- laser remelting --- XANES spectroscopy --- coatings --- abrasive wear --- silicon nitride --- pitting --- TiO2 sol --- ploughing --- lubricous oxides --- electrodeposition

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The book “Surface Treatment by Laser-Assisted Techniques” presents state-of-the-art research applications of lasers for surface modification. Applications in a broad spectrum of fields are presented: the aircraft and automotive sector, the manufacturing industry, sensor development, electronics, biomedical engineering, or the energy sector. Several radiation sources are included, from pulsed lasers in the visible and near-infrared regions to continuous-wave mid-infrared laser sources. The different chapters of the book “Surface Treatment by Laser-Assisted Techniques” cover laser texturing at nanoscale and microscale for modification of hydrophobicity, hydrophilicity, and ice nucleation; the production of palladium, platinum and silver nanoparticles for sensor applications; the texturization of composite bioceramics for improved fixation in bone prosthesis; the surface texturization of natural ceramic materials by scanned laser radiation; the laser ablation of interfaces to enhance adhesion in dissimilar joints; the analysis of material thermoelastic response; and the production of highly polished topographies in pulsed laser surface modification. Moreover, the production of high-entropy alloy/diamond composite coatings, the modellization of the gas-powder injection, and the generation of thermal barrier coatings by laser cladding are reported in the last chapters of this book.

History of engineering & technology --- Pd --- Pt --- FTO --- laser irradiations --- dewetting --- nanoparticles --- surface treatment --- CO2 laser --- scanning system --- granite stone --- dual-beam --- beam shaper --- MPFV method --- laser polishing --- zigzag-square wave --- bioceramics --- laser ablation --- roughness --- composites --- hip joint prosthesis --- cementless cup --- bone --- silver nanoparticles --- electrophoretic deposition --- pulsed laser ablation in liquid --- laser welding --- metal–polymer --- thermal contact resistance --- generalized thermoelasticity --- laser radiation --- volumetric absorption --- thermal stresses --- cooling effect --- laser cladding --- diamond composite coating --- high entropy alloy --- high scanning speed --- wear resistance --- laser-cladding --- La2Zr2O7 thermal barrier coating --- Ni-based superalloy --- high temperature oxidation --- thermal shock --- extreme high-speed laser material deposition (EHLA) --- laser material deposition (LMD) --- coaxial powder nozzle --- coating --- additive manufacturing --- numerical simulation --- hydrothermal treatment --- micro/nano-hierarchical structures --- wetting model --- anti-icing --- n/a --- metal-polymer --- Engineering --- Technology --- History.

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The book “Surface Treatment by Laser-Assisted Techniques” presents state-of-the-art research applications of lasers for surface modification. Applications in a broad spectrum of fields are presented: the aircraft and automotive sector, the manufacturing industry, sensor development, electronics, biomedical engineering, or the energy sector. Several radiation sources are included, from pulsed lasers in the visible and near-infrared regions to continuous-wave mid-infrared laser sources. The different chapters of the book “Surface Treatment by Laser-Assisted Techniques” cover laser texturing at nanoscale and microscale for modification of hydrophobicity, hydrophilicity, and ice nucleation; the production of palladium, platinum and silver nanoparticles for sensor applications; the texturization of composite bioceramics for improved fixation in bone prosthesis; the surface texturization of natural ceramic materials by scanned laser radiation; the laser ablation of interfaces to enhance adhesion in dissimilar joints; the analysis of material thermoelastic response; and the production of highly polished topographies in pulsed laser surface modification. Moreover, the production of high-entropy alloy/diamond composite coatings, the modellization of the gas-powder injection, and the generation of thermal barrier coatings by laser cladding are reported in the last chapters of this book.

Pd --- Pt --- FTO --- laser irradiations --- dewetting --- nanoparticles --- surface treatment --- CO2 laser --- scanning system --- granite stone --- dual-beam --- beam shaper --- MPFV method --- laser polishing --- zigzag-square wave --- bioceramics --- laser ablation --- roughness --- composites --- hip joint prosthesis --- cementless cup --- bone --- silver nanoparticles --- electrophoretic deposition --- pulsed laser ablation in liquid --- laser welding --- metal–polymer --- thermal contact resistance --- generalized thermoelasticity --- laser radiation --- volumetric absorption --- thermal stresses --- cooling effect --- laser cladding --- diamond composite coating --- high entropy alloy --- high scanning speed --- wear resistance --- laser-cladding --- La2Zr2O7 thermal barrier coating --- Ni-based superalloy --- high temperature oxidation --- thermal shock --- extreme high-speed laser material deposition (EHLA) --- laser material deposition (LMD) --- coaxial powder nozzle --- coating --- additive manufacturing --- numerical simulation --- hydrothermal treatment --- micro/nano-hierarchical structures --- wetting model --- anti-icing --- n/a --- metal-polymer --- Engineering --- Technology --- History.

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Investigation of the effect of casting and crystallization on the structure and properties of the resulting light alloys and, in particular, research connected with detailed analysis of the microstructure of light alloys obtained using various external influences of ultrasonic, vibration, magnetic, and mechanical processing on the casting and crystallization are discussed. Research on the study of introduction of additives (modifiers, reinforcers, including nanosized ones, etc.) into the melt during the crystallization process, the technological properties of casting (fluidity, segregation, shrinkage, etc.), the structure and physicomechanical properties of light alloys are also included.

History of engineering & technology --- aluminum alloy --- titanium diboride --- master alloy --- structure --- mechanical properties --- aluminum --- alumina nanoparticles --- microstructure --- elastic limit --- strength --- Al/SiC composite --- porosity in composites --- finite element analysis --- Al-Mg-Si --- α-Al8(Fe2Mn)Si particles --- solution treatment --- ageing --- dissolution of Fe --- Differential Scanning Calorimetry --- casting speed --- solidification --- Ohno continuous casting --- gravity casting --- dendritic spacing --- composite materials --- hypereutectic aluminum alloys --- Al-Zn-Mg alloys --- rapid solidification --- eutectic --- CALPHAD --- intermetallics --- precipitation hardening --- aluminum-zirconium wire alloys --- electromagnetic casting --- drawing --- electrical conductivity --- phase composition --- nanoparticles --- friction stir processing --- aluminum alloys --- copper alloys --- titanium alloys --- magnesium alloys --- subsurface gradient structures --- surface modification --- hardening with reinforcing particles --- hybrid in situ surfaces --- friction stir welding --- grade 2 titanium alloy --- ZhS6U Ni-based superalloy --- welding tool --- tool wear --- structure formation --- adhesion --- metal transfer --- in-situ friction stir process --- Al-Cu metallomatrix composite --- intermetallic compounds --- diffusion-controlled reactions --- Al-Cu eutectics --- intermetallides --- hydrides --- TiAl system --- aluminum alloy --- titanium diboride --- master alloy --- structure --- mechanical properties --- aluminum --- alumina nanoparticles --- microstructure --- elastic limit --- strength --- Al/SiC composite --- porosity in composites --- finite element analysis --- Al-Mg-Si --- α-Al8(Fe2Mn)Si particles --- solution treatment --- ageing --- dissolution of Fe --- Differential Scanning Calorimetry --- casting speed --- solidification --- Ohno continuous casting --- gravity casting --- dendritic spacing --- composite materials --- hypereutectic aluminum alloys --- Al-Zn-Mg alloys --- rapid solidification --- eutectic --- CALPHAD --- intermetallics --- precipitation hardening --- aluminum-zirconium wire alloys --- electromagnetic casting --- drawing --- electrical conductivity --- phase composition --- nanoparticles --- friction stir processing --- aluminum alloys --- copper alloys --- titanium alloys --- magnesium alloys --- subsurface gradient structures --- surface modification --- hardening with reinforcing particles --- hybrid in situ surfaces --- friction stir welding --- grade 2 titanium alloy --- ZhS6U Ni-based superalloy --- welding tool --- tool wear --- structure formation --- adhesion --- metal transfer --- in-situ friction stir process --- Al-Cu metallomatrix composite --- intermetallic compounds --- diffusion-controlled reactions --- Al-Cu eutectics --- intermetallides --- hydrides --- TiAl system