Optimization of Machining Parameters for Face Milling Operation in a Vertical CNC Milling Machine using ANOVA
CNC02
Optimization of Machining Parameters for Face Milling Operation on Delrin in a Vertical CNC Milling and Conventional Milling with Dry Condition
CNC03
Experimental Investigation of Various Machining Parameter for Optimum Surface Roughness of Industrial Plastics(POLYAMIDE)
CNC04
Surface Roughness Prediction Modeling for AISI 4340 After Ball End Mill Operation using ANOVA
CNC05
Experimental Investigation of Various Machining Parameter to Increase the Surface Finish of Die Steel with Various Inserts
CNC06
Prediction of Machining Parameter for Optimum Surface Roughness in Turning SS304 through ANOVA Technique
CNC07
CNC 07 Performance Evaluation of Coating Materials and Process Parameters Optimization for Surface Quality During Turning of AISI 410 Austenitic Stainless Steel
CNC08
Optimization of Turning Process Parameters for their Effect on EN 21 Material Work Piece Hardness by using ANOVA Optimization Method
CNC09
Prediction of Machining Parameter and Nose Radius Analysis for Optimum Surface Roughness in Turning SS304 through ANOVA Technique
CNC10
Comparative Performance Evaluation of PVD Coated and CVD Coated Inserts in CNC Turning of EN8 & EN32
CNC11
Surface Properties of the Cut Face Obtained by Plasma and Water Jet Cutting & Oxy-Fuel Cutting Methods From AISI 304 Stainless Steel Materials
CNC12
Comparative Performance Analysis of Insert Geometry for Turning Operation on CNC Turning Centre
CNC13
An experimental evaluation of the surface properties of HDS11 and the parameters of the milling process using a CNC machine
