Surface roughness prediction - Globe Thesis

Keyword [Surface roughness prediction] Result: 21 - 40 \| Page: 2 of 3
21.	Prediction Of Milling Roughness Of Aluminum Alloy Based On Tool Wear
22.	The Milling Surface Roughness Prediction Model And Parameter Optimization Research Of SLM Components
23.	Experimental Analysis And Prediction Of Finishing Effect Of PVA Viscoelastic Magnetic Abrasive Tool
24.	Orthogonal Cutting Mechanism And Surface Roughness Prediction Of Graphite/polymer Composites
25.	Optimization Of Cutting Parameters And Study Of Surface Topography In Turning Of Ti6Al4V
26.	Study On Surface Roughness Prediction Based On Copula Function In Milling
27.	Prediction Of Surface Roughness In Turning Using Indirect Measurement And Wavelet Packet Analysis
28.	Research And Application Of Feature Recognition And Automatic Matching Method Of Machining Process For Bezier Surface In The Die-casting Mould's Forming Face
29.	Research On Mechanism And Process Of SiC Single Crystal Cut With Wire Saw Excited By Ultrasonic
30.	Research On Cutting Performance And Cutting Parameters Optimization Of Superhard Tools In Cutting Superhard Aluminum Alloy
31.	Simulation And Surface Roughness Prediction Study Of Single Crystal Copper Micro-milling
32.	The development of in-process surface roughness prediction systems in turning operation using accelerometer
33.	Experimenatal Study On TC4 Titanium Alloy External Surface By Fluid Magnetic Abrasive Finishing
34.	Research On Vibration And Workpiece Surface Roughness Of Industrial Robot Belt Grinding
35.	Study On Surface Topography Simulation Of Micro-milling Aluminum Alloy LF 21
36.	Surface Roughness Prediction And Optimization Method For CNC Milling Based On Multi-source Heterogeneous Data
37.	Experimental Research On Milling Of Ti-48Al-2Cr-2Nb Alloy Microgrooves
38.	Surface Roughness Prediction Model And Experimental Study Of GH4169 In Short Electric Arc Milling
39.	Surface Roughness Prediction Technology For Ultra-precision Turning Based On Tool Vibration
40.	Research On Acoustic Emission Intelligent Monitoring For Grinding Of Ductile Iron And Zirconia Ceramics
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