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The electric discharge machine is an electro-thermal machining process, in which electric energy is used to generate the spark between the workpiece and electrode. In the present work, the optimization of four EDM process parameters like discharge current, pulse-on -time, voltage and duty cycle for high speed steel(AISI-M2) is done by performing experiments using response surface method(RSM) in order to maximize the material removal rate and at same time minimize the tool wear and minimize the surface roughness. After the optimization results are appraised through the ANOVA test.

Produktbeschreibung
The electric discharge machine is an electro-thermal machining process, in which electric energy is used to generate the spark between the workpiece and electrode. In the present work, the optimization of four EDM process parameters like discharge current, pulse-on -time, voltage and duty cycle for high speed steel(AISI-M2) is done by performing experiments using response surface method(RSM) in order to maximize the material removal rate and at same time minimize the tool wear and minimize the surface roughness. After the optimization results are appraised through the ANOVA test.
Autorenporträt
Harsimran Singh Sodhi et Vaibhav Singhi sont professeurs adjoints à l'université de Chandigarh. Ils ont plus de dix ans d'expérience dans la recherche et l'enseignement. Leurs domaines d'intérêt sont les processus de fabrication, l'ingénierie industrielle, la conception technique et les techniques d'optimisation. Ils sont les auteurs de nombreux articles et ouvrages de recherche.