PREDICTION OF MACHINING OPERATIONS AND SURFACE ROUGHNESS USING ARTIFICIAL NEURAL NETWORK

Prediction of Surface Roughness of Turning Operations Using Computer Vision.

Spare Parts Management for the Repair of Machine Tools Using Fuzzy Logic Approach.

SURFACE ROUGHNESS PREDICTION IN HARD-TURNING WITH ANN AND RSM

Fuzzy Filtering for Two Dimensional Images of Mechanical Parts.

Modeling and Optimization of Process Parameters for Surface roughness and Cutting Forces on End Milling using RSM and Taguchi Method

Surface Finish Improvement of Turned Surfaces via Tool Having a Novel Tool Nose Edge (Elliptical form).

Hybrid Central Composite Design and Genetic Algorithm to Optimize Turning Parameters for Surface Roughness in Self-propelled Rotary Tools

Surface Roughness Measurement Using Light Sectioning Method and Computer Vision Techniques.

Prediction of Surface Roughness for Milling Operation Using Artificial Neural Network