Investigation Of Surface Roughness And Accuracy In EDM Wire-Cut.
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The research study presented in this paper is to evaluate the wire electrical discharge machining process parameters; the pulse-on time and wire speed and the
As the model is adequate these 3D surface plots can be used for estimating the surface roughness values for any suitable combination of the input parameters namely the feed rate
This study discusses the application of taguchi method in the optimization of cutting parameter for surface roughness in turning process of mild steel.. The test
Based on the project title, “ effect on surface roughness for stainless steel material in CNC lathe machining ” is conducted in consequence to study on relevant process
What are the influence of machining parameters (feed rate and depth of cut) of the surface grinding machine to the surface roughness for mild steel and carbon
Based on the results, it was found that cutting process parameters (cutting speed, feed and depth of cut) has influences on surface roughness in wet and dry
The higher the pulse-on time used in the EDM die-sinking machining process, the higher the average surface roughness value Ra so that the quality of the tungsten carbide material
Overall, the results suggest that the quadratic lathe machining of AISI 4340 using the hot machining method can be successfully modelled to predict surface roughness, with a good fit
