Mechanical, Corrosive and Tribological Degradation of Metal Coatings and Modified Metallic Surfaces

• Format: eBook
• Language: English
• Published: MDPI - Multidisciplinary Digital Publishing Institute 2024
• Subjects: 16Mo3 steel; 316 SS; 3D voronoi; additive; Al1060; aluminum alloy profiles; attention pooling module; biomedical high entropy alloy; carbon fibers; cauliflower–like agglomerates; ceramic coatings; CFRP strengthening method; Co contents; cold work tool steel; ConvNeXt; corroded steel surface; corrosion; corrosion resistance; cryogenic treatment; crystallinity; CuInSe2; deep cryogenic treatment; deep cryogenic treatment (DCT); deep learning; defect detection; deformation gradient; degradation; diffusion layers; diffusion welding; doping; EIS; electrochemical synthesis; electron beam; energy sector; fatigue performance; Fe–Co–Ni thin film samples; friction and wear; friction coefficient; fusion; grain size; grid plasma cathode; high temperature oxidation; high-rate crystallization; high-temperature oxidation resistance; interface; intermetallic compounds; ion implantation; laser modification; magnesium alloy; magnetic properties; marine soil; mathematical model; mechanical properties; metallic materials; Mg1; micro-arc oxidation; micro-forming; microstructure; molten salts; n/a; nanoneedles; nanorods; nanostructured coatings; Nb–steel system; near-infrared spectroscopy; nitrogen; passive film; phase structure; photocathodic protection; plastic deformation; process parameter; pyramidal particles; refractory carbide coatings; refractory high-entropy alloys; renewable energy; roasting denitrification; roughness parameters; S-N curve; shallow cryogenic treatment (SCT); size effect; steel coating assessment; stretch-bend forming; surface; surface chemistry; surface modification; surface roughness; surface topography; Technology, Engineering, Agriculture, Industrial processes; Technology: general issues; TGA; TiO2 NTAs; titanium; titanium alloys; TiZrTaNbSn; ToF-SIMS; ultrasonic rolling; voltage; water vapor; welded hollow spherical joints; YOLOv7
• ISBN: 3725802769; 3725802750; 9783725802760; 9783725802753
• DOI: 10.3390/books978-3-7258-0276-0

Material degradation is a long-standing issue that poses a number of challenges from both a scientific and engineering perspective. In particular, metallic materials and their surfaces can be significantly affected by the effects of degradation, which reduce their properties over time, thereby leading to premature failure or loss of functionality. This reprint presents a collection of studies on the mechanical, corrosive, and tribological degradation of metal coatings and modified metallic surfaces. The subject is discussed from theoretical, experimental, and synthesis perspectives.