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Advances in the Preparation and Characterization Techniques for Developing Coating Materials and Applications

This volume presents a curated collection of research exploring recent advances in coating materials and their applications across structural, electronic, biomedical, and sensing fields. The studies compiled here emphasize the critical role of surface engineering in enhancing material performance un...

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Materialtyp: Online
Språk:engelska
Utgiven: MDPI - Multidisciplinary Digital Publishing Institute 2025
Ämnen:
polyvinyl alcohol fiber
bond behavior
mechanical performance
experimental study
principal
method
protection system
calendar safety life
aircraft structure
point defect
vacancy
interstitial atom
collision cascade
irradiation
cobalt oxide films
epitaxial growth
p-type metal oxide semiconductor
mist chemical vapor deposition
hormone
nanostructures
modified electrode
voltammetry
biosensor
3D-to-2D growth
MBE
GaN HEMT
vertical leakage
breakdown voltage
dislocations
P110 steel
corrosion behavior
annulus-fluid environment
concrete-liquid environment
electrochemical corrosion
ultrasonic-guided waves
pipeline
non-destructive testing
structural health monitoring
corrosion defect identification
hydrophobicity
roughness
leaching
toxicity
inhibition
fouling
cell analysis
thermal barrier coatings
multilayer
thermal shock
finite element analysis
thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues::TBX History of engineering and technology
Länkar:ONIX_20250812T110751_9783725843152_428
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Sammanfattning:This volume presents a curated collection of research exploring recent advances in coating materials and their applications across structural, electronic, biomedical, and sensing fields. The studies compiled here emphasize the critical role of surface engineering in enhancing material performance under extreme conditions—be it thermal shock, corrosion, radiation, or mechanical stress. Emerging deposition strategies and modeling techniques are coupled with in-depth experimental validation, offering insights into microstructural control, phase stability, and interfacial behavior. The reprint highlights progress in both fundamental understanding and practical application, from improving thermal barrier coatings and protective films to refining electrochemical sensors and guided wave technologies. Innovations in nanostructured materials, thin-film epitaxy, and fiber-reinforced composites demonstrate how multidisciplinary approaches can yield robust, reliable, and highly functional surfaces. Equally, the development of streamlined biocompatibility assays and predictive maintenance frameworks reflects a growing emphasis on cost-effective, scalable solutions in real-world systems. Together, these contributions underscore the dynamic interplay between materials science, process optimization, and performance evaluation, providing valuable guidance for researchers and practitioners.

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