The particle reinforcement amount (wt.%) is the most dominant factor (60.69%) on the surface roughness and it is followed by pulse on time (36.28%) and wire feed (1.49%),respectively.The surface roughness value taken from confirmation experiments and predicted value is 5.26µm,5.37µm respectively.© 2012 American Institute of PhysicsAn investigation on effects of WEDM parameters on surface (a) Photographic view of wire EDM and (b) schematic diagram of wire EDM.19 Process parameters and their levels.(a and b) Effect of process parameters on SR (main effects) for S/N ratio.Author A Muniappan,G Md Shaqib,V Jayakumar,G Bharathi Raja,R SolomanPublish Year 2018(PDF) Investigation of WEDM process parameters of Al-SiC Investigation of WEDM process parameters of Al-SiC-B4C composites using response surface methodology April 2020 International Journal of Lightweight Materials and Manufacture 3(2):127-135
26 rows·Oct 01,2000·The WEDM process is economical if it is used to cut complex workpieces and difficult-to-machine Author M.Shunmuga Priyan,W.Willbert Swin,V.Anand,P.Kelvin,V.Sai SivaPublish Year 2016Investigation and Optimization of Process Parameters in ·C.Zhang (2014) Effect of wire electrical discharge machining (WEDM) parameters on surface integrity of nanocomposite ceramics,Ceram Int,vol.40,no.7 PART A,pp.96579662 12.Gopal PM,Prakash KS,Jayaraj S (2017) WEDM of mg/CRT/BN composites effect of materials and machining parameters.Author Miss.Ghodekar Pallavi.A.,S Tajane Ravindra.Publish Year 2018An investigation of WEDM process parameters on theSep 01,2012·Totally nine experiments were performed according to the experimental design method conducted by Taguchi L 9 orthogonal array on Al/B 4 C p MMC samples to determine the effect of WEDM process parameters on the surface roughness.The particle reinforcement amount (wt.%) is the most dominant factor (60.69%) on the surface roughness and it is followed by pulse on time (36.28%) and
Analysis of variances is applied,and mean Reponses are determined to recognize and compare the most influencing parameters over the response variables for the WEDM Process.Regression model for the response variables are also developed using which optimized WEDM process parameters are determined for the optimal response variables.Cited by 10Publish Year 2020Author S.Suresh Kumar,S.Suresh Kumar,F.Erdemir,Temel Varol,S.Thirumalai Kumaran,M.Uthayakumar,AyAn investigation of WEDM process parameters on the surfaceSep 10,2012·The particle reinforcement amount (wt.%) is the most dominant factor (60.69%) on the surface roughness and it is followed by pulse on time (36.28%) and wire feed (1.49%),respectively.The surface roughness value taken from confirmation experiments and predicted value isCited by 115Publish Year 2000Author Mustafa lhan Gökler,Alp Mithat Ozanözgü Mach.parameters Mach.parameters Voltage Current Time for 20 mm C _ _ _ H _ _ _ (V) (A) (s) C227 H166 40 7 611 C231 H166 40 9 600 26 rows on sciencedirectOptimization of WEDM parameters on surface roughness of Jan 01,2020·Though many researchers have conducted experiments various materials still there is a lacuna in finding correct parameter setting to machine EN41B steel for better quality with reduced cost.But the present experimental study can be achieved,by optimizing the cutting parameters in WEDM process on surface roughness.2.Experimentation
Jun 01,2020·The wire electrical discharge machining (WEDM) process is employed for cutting of AlSiCB 4 C hybrid metal matrix composites with the varying machining conditions.The machining factors,namely current (12A20A),pulse on time (100s120 s),the wire feed rate (6 mm/min 10 mm/min) and the content of B 4 C (weight percentage) in the composite are considered for theCited by 1Publish Year 2020Author Muhammad Wasif,Syed A.Iqbal,Anis Fatima,Saima Yaqoob,Muhammad TufailExperimental Investigation of Effect of ProcessExperimental Investigation of Effect of Process Parameters on Material For any machining process and,particularly,in process related to Wire Electrical Discharge Machining (WEDM) the parameter on surface roughness and material removal rate.Authors concluded that; wire feed rate was theEXPERIMENTAL INVESTIGATION OF PROCESSRsponse Surface Methodology(RSM) in WEDM on EN8 D3 steel material.Anurag joshi  has optimized the process parameters namely Pulse on time,pulse off time,Discharge current voltage over the Surface Roughness (SR) Using Taguchi technique in WEDM on EN31 material.
In this present investigation,the effect and optimization of machining parameters on the kerf width and surface roughness in wire electrical discharge machining (WEDM) operations of Al 60661 Investigation of Surface Roughness and MRR onSurface Roughness finding the result which factors discharge important with help of Taguchi method.The response table for MRR Surface Roughness is shown in Table 4 along with the input factors.In this investigation,the effects of WEDM essentials parameters such as peak current (A),Pulse on time (Ton),Pulse off time (Toff) and gap voltage (V)Investigation of WEDM Process Parameter for Surface method are performed and grey relational analysis method is subsequently applied to determine an optimal WEDM parameter setting.Surface roughness and kerf width are selected as the quality targets.An optimal parameter combination of the WEDM process is obtained using Grey relational analysis.By analyzing the Grey relational
Oct 01,2018·Input parameters were pulse time t on ,time interval t off and wire speed WS.To characterize the surface texture after WEDM process,surface roughness Ra was described.The bearing capacity curve was designated in order to characterize the tribological properties of the surface depending on input parameters.PAPER OPEN ACCESS Experimental investigation ofApr 04,2020·The hybrid metal matrix composite (MMC) was manufactured by process named as stir casting utilizing particulates of Silicon carbide and graphite each in Al6061 combination.The analyses were outlined with response surface methodology.WEDM parameters resemble Pulse on time,current,Pulse off time and control speed are considered.Parametric optimization of WEDM on hybrid titanium matrix Jan 11,2021·Desirability approach is conceded by varying power (P),peak current (IP) and time-off (Toff) as input process parameters.Experimental investigation is considered on response surface methodology (RSM) design of experiments (DOE) on output responses like material removal rate (MRR),surface roughness (SR),kerf width (KW) and over cut (OC),and gratifying results are obtained and
Jun 01,2015·They investigated that the discharge current,pulse duration and pulse frequency is the noteworthy process parameters affecting the metal removal rate and surface finish,while the wire speed,wire tension and dielectric flow rate have the least.Khanna and Singh optimized the process parameters for cryogenic treated D-3 material for WEDM.They found that cutting rate decreases with increase inWEDM process variables investigation for HSLA byWEDM process.In applying the response surface methodology,the dependent parameter was viewed as a surface to which a mathe-matical model is tted.For the development of regression equa-tions related to various quality characteristics of WEDM process,the second order response surface has been assumed as Y ¼ b þ Xk i¼1 bix iþ k i¼1