“3D†Parametric and Nonparametric Description of Surface Topography in Manufacturing Processes
“3D†Parametric and Nonparametric Description of Surface Topography in Manufacturing Processes
English[eng]
9783040000000
profile||two-process surface||correlation length||austenitization||cryogenic||microstructure||microhardness||abrasive wear||tempering||thermoplastic polyurethane||heat-welded V-belt||IR thermography||hardness||surface roughness||SEM morphology||optical microscopy||machining||sintered aluminum||3D surface roughness parameters||surface defects||contact profilometry||surface topography||thermal disturbance||thermal expansion||thermal chamber||micro turning||material removal rate||RSM||Ti6Al4V alloy||tool wear||surface texture||anisotropy||multiscale||roping||ridging||topography||autocorrelation function||roughness||EDM||craters||multiscale analysis||microgeometry||bimodal distribution||material ratio||parameters||fiber-reinforced polymers||automated fiber placement||path planning||abrasive water jet machining||cutting kerf||soda–lime glass||radius of the cutting head trajectory||quality||contact mechanics||equivalent sum rough surface||β-phase TNTZ alloy||nano-finishing||magnetic abrasive finishing||material removal||optimization||parametric appraisal||circulated coins||surface condition||optical methods||measurements and analysis||mechanical engineering||roughness analysis||high-efficiency video coding (HEVC)||texture feature descriptors||texture image classification||support vector machine (SVM)||electroplated grinding wheel||grinding wheel wear||grinding wheel surface texture||n/a
English[eng]
9783040000000
profile||two-process surface||correlation length||austenitization||cryogenic||microstructure||microhardness||abrasive wear||tempering||thermoplastic polyurethane||heat-welded V-belt||IR thermography||hardness||surface roughness||SEM morphology||optical microscopy||machining||sintered aluminum||3D surface roughness parameters||surface defects||contact profilometry||surface topography||thermal disturbance||thermal expansion||thermal chamber||micro turning||material removal rate||RSM||Ti6Al4V alloy||tool wear||surface texture||anisotropy||multiscale||roping||ridging||topography||autocorrelation function||roughness||EDM||craters||multiscale analysis||microgeometry||bimodal distribution||material ratio||parameters||fiber-reinforced polymers||automated fiber placement||path planning||abrasive water jet machining||cutting kerf||soda–lime glass||radius of the cutting head trajectory||quality||contact mechanics||equivalent sum rough surface||β-phase TNTZ alloy||nano-finishing||magnetic abrasive finishing||material removal||optimization||parametric appraisal||circulated coins||surface condition||optical methods||measurements and analysis||mechanical engineering||roughness analysis||high-efficiency video coding (HEVC)||texture feature descriptors||texture image classification||support vector machine (SVM)||electroplated grinding wheel||grinding wheel wear||grinding wheel surface texture||n/a