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Advances in Measurement and Data Analysis of Surfaces with Functionalized Coatings

This Special Issue emphasizes the functional importance of topography in exhaustive surface exploration. Since the precision of small-scale surface data evaluation depends on the accuracy of the topography analysis, a comprehensive description of the measured roughness details influences the final r...

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Format: Online
Sprog:engelsk
Udgivet: MDPI - Multidisciplinary Digital Publishing Institute 2025
Fag:
surface topography
surface texture
measurement
measurement errors
measurement noise
texture direction
frequency spectrum
fast Fourier transform
cylinder liner
oil pockets
grinding
milling
laser-texturing
X-ray fluorescence
aluminized coating
Monte Carlo simulation
turbine blades
backward propagation neural network
XMI-MSIM
n/a
Functional carbon materials
coating technology
flame retardants
antifouling
biomimicry
autocorrelation function
surface roughness
sheet metal forming
steel sheets
pavement texture
enveloping
rubber penetration depth
contact area
bearing area curve
friction coefficient
dielectric strength
holiday detection
breakdown voltage
continuity
coating
thickness
micro-texture
bearing capacity
multivariate linear regression
thermal barrier coatings
porosity
small-sample modeling
terahertz non-destructive testing
micro-texture surface
tribological properties
machine learning algorithms
prediction
thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues::TBX History of engineering and technology
Online adgang:ONIX_20250812T110751_9783725834303_10
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Summary:This Special Issue emphasizes the functional importance of topography in exhaustive surface exploration. Since the precision of small-scale surface data evaluation depends on the accuracy of the topography analysis, a comprehensive description of the measured roughness details influences the final rate of surface performances. The surface topography affects many material layer properties, from tribology, adhesion, and fatigue to some more sophisticated ones. Requirements from the industry also increase the accuracy in the surface evaluation with simultaneous decreasing of costs in the process control. Reducing the costs of qualified surface topography description processes enlarged the request from the detailed but fast methods of data measurement and study. Using sophisticated techniques involves mindful and skilled users. Therefore, the whole surface topography evaluation method relies on many factors. This Special Issue aims to provide some detailed information on how to be rewarded for false methods of surface topography inspection. A wide range of the presented surface topography results, including all of the chapters listed, might be classified as beneficial in many surface metrology issues addressed.

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