A Review on Hard Turning by using Design of Experiments
-
V.P. Bhemuni
and
S.R. Chalamalasetti
Abstract
Hard turning is the process of machining hardened steels that are above 45HRC. In manufacturing, hard turning has emerged as a potential area because of its many advantages over grinding as a finishing operation. In the present paper, a review is done on Design of Experiment (DOE) techniques that have been employed on various hard turning processes by researchers. DOE is one of the widely used methods for experimental study of many manufacturing processes in engineering. It is a statistical approach in which a mathematical model is developed through a minimum of experimental runs. DOE predicts the possible output, based on the given input parameters in an experiment. The present study predominantly focuses on the usage of Response Surface Method, Taguchi’s method and Factorial method in hard turning.
©[2013] by Walter de Gruyter Berlin Boston
Articles in the same Issue
- Masthead
- Optimization of Machining Parameters in ECM of Al/B4C Composites
- New CNC Programming Functions Based on Elliptical Motion
- Pragmatic Approach for Assembly Lines Selection Based on Discrete-Event Simulation
- Manufacturing Dies for Micro and Meso Direct Extrusion Processes
- A Study on Dimensional Accuracy of Fused Deposition Modeling (FDM) Processed Parts using Fuzzy Logic
- Optimization of Correlated Quality Characteristics in WEDM Process using Taguchi Approach Coupled with Principal Component Analysis
- A Review on Hard Turning by using Design of Experiments
Articles in the same Issue
- Masthead
- Optimization of Machining Parameters in ECM of Al/B4C Composites
- New CNC Programming Functions Based on Elliptical Motion
- Pragmatic Approach for Assembly Lines Selection Based on Discrete-Event Simulation
- Manufacturing Dies for Micro and Meso Direct Extrusion Processes
- A Study on Dimensional Accuracy of Fused Deposition Modeling (FDM) Processed Parts using Fuzzy Logic
- Optimization of Correlated Quality Characteristics in WEDM Process using Taguchi Approach Coupled with Principal Component Analysis
- A Review on Hard Turning by using Design of Experiments
