Correction: Machinability investigations through novel controlled flushing characteristics in wire electric discharge machining of M42 high-speed steel (The International Journal of Advanced Manufacturing Technology, (2022), 120, 1-2, (1315-1332), 10.1007/s00170-022-08786-0)

Sana Ehsan; Mudassar Rehman; Mohammad Pervez Mughal; Muhammad Umar Farooq; Muhammad Asad Ali

doi:10.1007/s00170-023-12294-0

Correction: Machinability investigations through novel controlled flushing characteristics in wire electric discharge machining of M42 high-speed steel (The International Journal of Advanced Manufacturing Technology, (2022), 120, 1-2, (1315-1332), 10.1007/s00170-022-08786-0)

Sana Ehsan
, Mudassar Rehman^*
, Mohammad Pervez Mughal
, Muhammad Umar Farooq^*
, Muhammad Asad Ali

^*Corresponding author for this work

Research output: Contribution to journal › Comment/debate

2 Scopus citations

Abstract

The publication of this article unfortunately contained typos. The last column of Table 3: Kerf width was clipped during revisions. The column is corrected and is given below. (Table presented.) Design of experiments along with output results Control variables Output responses Exp Servo voltage Flushing pressure Nozzle diameter Nozzle-workpiece gap Material removal rate Surface roughness Kerf width Vs Pf Dn S MRR Ra KW Unit Volt Kg/cm² mm mm mm³/min µm mm 1 40 4 4 3 16.51 2.01 0.354 2 40 4 6 10 16.19 2.02 0.3565 3 40 4 8 24 16.26 2.06 0.3608 4 40 8 4 3 17.54 1.93 0.3547 5 40 8 6 10 17.26 1.96 0.3556 6 40 8 8 24 17.29 2.00 0.3626 7 40 12 4 10 18.74 1.90 0.3586 8 40 12 6 24 18.95 1.93 0.363 9 40 12 8 3 16.26 2.00 0.3571 10 50 4 4 24 20.66 1.99 0.3609 11 50 4 6 3 17.41 2.09 0.3549 12 50 4 8 10 16.32 2.12 0.3591 13 50 8 4 10 19.36 1.96 0.359 14 50 8 6 24 19.83 2.00 0.3656 15 50 8 8 3 17.01 2.08 0.3597 16 50 12 4 24 21.99 1.93 0.3662 17 50 12 6 3 18.70 2.00 0.361 18 50 12 8 10 17.68 2.02 0.3636 The Eq. 2 carried a mistake which is correct as below. (Formula presented.) The Fig. 13(a) carried a typo in units of MRR as revised below. (Figure presented.) Graphical illustration to show the Pareto and normal plots for (a) MRR The Table 8 carried a typo in MRR units (previously g/mm³; correct mm³/min) and decimal points. The corrected table is provided below. (Table presented.) Detailed data for confirmatory experimentation Response measures DOE data SN ratio data % Improvement from DOE results Un-optimized settings Response values Optimized settings Predicted results based on DOE Confirmatory experiments results MRR (mm³/min) Vs2,Pf3, Dn1, d3 21.99 Vs2,Pf3, Dn1, d3 21.79 24.4 9.870 Ra (µm) Vs1,Pf3, Dn1, d2 1.9 Vs1,Pf3, Dn1,d3 1.8805 1.773 7.163 Kw (mm) Vs1,Pf1, Dn1, d1 0.354 Vs1,Pf1, Dn1, d1 0.3527 0.339 4.425

Original language	English
Pages (from-to)	4717-4719
Number of pages	3
Journal	International Journal of Advanced Manufacturing Technology
Volume	128
Issue number	9-10
DOIs	https://doi.org/10.1007/s00170-023-12294-0
State	Published - Oct 2023
Externally published	Yes

Bibliographical note

Publisher Copyright:
© 2023, Springer-Verlag London Ltd., part of Springer Nature.

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

SDG 9 Industry, Innovation, and Infrastructure

ASJC Scopus subject areas

Control and Systems Engineering
Software
Mechanical Engineering
Computer Science Applications
Industrial and Manufacturing Engineering

Access to Document

10.1007/s00170-023-12294-0

Cite this

Ehsan, S., Rehman, M., Mughal, M. P., Farooq, M. U., & Ali, M. A. (2023). Correction: Machinability investigations through novel controlled flushing characteristics in wire electric discharge machining of M42 high-speed steel (The International Journal of Advanced Manufacturing Technology, (2022), 120, 1-2, (1315-1332), 10.1007/s00170-022-08786-0). International Journal of Advanced Manufacturing Technology, 128(9-10), 4717-4719. https://doi.org/10.1007/s00170-023-12294-0

Ehsan, Sana ; Rehman, Mudassar ; Mughal, Mohammad Pervez et al. / Correction : Machinability investigations through novel controlled flushing characteristics in wire electric discharge machining of M42 high-speed steel (The International Journal of Advanced Manufacturing Technology, (2022), 120, 1-2, (1315-1332), 10.1007/s00170-022-08786-0). In: International Journal of Advanced Manufacturing Technology. 2023 ; Vol. 128, No. 9-10. pp. 4717-4719.

@article{7329e4ec4baa426796db0ff9b953e560,

title = "Correction: Machinability investigations through novel controlled flushing characteristics in wire electric discharge machining of M42 high-speed steel (The International Journal of Advanced Manufacturing Technology, (2022), 120, 1-2, (1315-1332), 10.1007/s00170-022-08786-0)",

abstract = "The publication of this article unfortunately contained typos. The last column of Table 3: Kerf width was clipped during revisions. The column is corrected and is given below. (Table presented.) Design of experiments along with output results Control variables Output responses Exp Servo voltage Flushing pressure Nozzle diameter Nozzle-workpiece gap Material removal rate Surface roughness Kerf width Vs Pf Dn S MRR Ra KW Unit Volt Kg/cm2 mm mm mm3/min µm mm 1 40 4 4 3 16.51 2.01 0.354 2 40 4 6 10 16.19 2.02 0.3565 3 40 4 8 24 16.26 2.06 0.3608 4 40 8 4 3 17.54 1.93 0.3547 5 40 8 6 10 17.26 1.96 0.3556 6 40 8 8 24 17.29 2.00 0.3626 7 40 12 4 10 18.74 1.90 0.3586 8 40 12 6 24 18.95 1.93 0.363 9 40 12 8 3 16.26 2.00 0.3571 10 50 4 4 24 20.66 1.99 0.3609 11 50 4 6 3 17.41 2.09 0.3549 12 50 4 8 10 16.32 2.12 0.3591 13 50 8 4 10 19.36 1.96 0.359 14 50 8 6 24 19.83 2.00 0.3656 15 50 8 8 3 17.01 2.08 0.3597 16 50 12 4 24 21.99 1.93 0.3662 17 50 12 6 3 18.70 2.00 0.361 18 50 12 8 10 17.68 2.02 0.3636 The Eq. 2 carried a mistake which is correct as below. (Formula presented.) The Fig. 13(a) carried a typo in units of MRR as revised below. (Figure presented.) Graphical illustration to show the Pareto and normal plots for (a) MRR The Table 8 carried a typo in MRR units (previously g/mm3; correct mm3/min) and decimal points. The corrected table is provided below. (Table presented.) Detailed data for confirmatory experimentation Response measures DOE data SN ratio data \% Improvement from DOE results Un-optimized settings Response values Optimized settings Predicted results based on DOE Confirmatory experiments results MRR (mm3/min) Vs2,Pf3, Dn1, d3 21.99 Vs2,Pf3, Dn1, d3 21.79 24.4 9.870 Ra (µm) Vs1,Pf3, Dn1, d2 1.9 Vs1,Pf3, Dn1,d3 1.8805 1.773 7.163 Kw (mm) Vs1,Pf1, Dn1, d1 0.354 Vs1,Pf1, Dn1, d1 0.3527 0.339 4.425",

author = "Sana Ehsan and Mudassar Rehman and Mughal, \{Mohammad Pervez\} and Farooq, \{Muhammad Umar\} and Ali, \{Muhammad Asad\}",

note = "Publisher Copyright: {\textcopyright} 2023, Springer-Verlag London Ltd., part of Springer Nature.",

year = "2023",

month = oct,

doi = "10.1007/s00170-023-12294-0",

language = "English",

volume = "128",

pages = "4717--4719",

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Ehsan, S, Rehman, M, Mughal, MP, Farooq, MU & Ali, MA 2023, 'Correction: Machinability investigations through novel controlled flushing characteristics in wire electric discharge machining of M42 high-speed steel (The International Journal of Advanced Manufacturing Technology, (2022), 120, 1-2, (1315-1332), 10.1007/s00170-022-08786-0)', International Journal of Advanced Manufacturing Technology, vol. 128, no. 9-10, pp. 4717-4719. https://doi.org/10.1007/s00170-023-12294-0

Correction: Machinability investigations through novel controlled flushing characteristics in wire electric discharge machining of M42 high-speed steel (The International Journal of Advanced Manufacturing Technology, (2022), 120, 1-2, (1315-1332), 10.1007/s00170-022-08786-0). / Ehsan, Sana; Rehman, Mudassar; Mughal, Mohammad Pervez et al.
In: International Journal of Advanced Manufacturing Technology, Vol. 128, No. 9-10, 10.2023, p. 4717-4719.

Research output: Contribution to journal › Comment/debate

TY - JOUR

T1 - Correction

T2 - Machinability investigations through novel controlled flushing characteristics in wire electric discharge machining of M42 high-speed steel (The International Journal of Advanced Manufacturing Technology, (2022), 120, 1-2, (1315-1332), 10.1007/s00170-022-08786-0)

AU - Ehsan, Sana

AU - Rehman, Mudassar

AU - Mughal, Mohammad Pervez

AU - Farooq, Muhammad Umar

AU - Ali, Muhammad Asad

PY - 2023/10

Y1 - 2023/10

N2 - The publication of this article unfortunately contained typos. The last column of Table 3: Kerf width was clipped during revisions. The column is corrected and is given below. (Table presented.) Design of experiments along with output results Control variables Output responses Exp Servo voltage Flushing pressure Nozzle diameter Nozzle-workpiece gap Material removal rate Surface roughness Kerf width Vs Pf Dn S MRR Ra KW Unit Volt Kg/cm2 mm mm mm3/min µm mm 1 40 4 4 3 16.51 2.01 0.354 2 40 4 6 10 16.19 2.02 0.3565 3 40 4 8 24 16.26 2.06 0.3608 4 40 8 4 3 17.54 1.93 0.3547 5 40 8 6 10 17.26 1.96 0.3556 6 40 8 8 24 17.29 2.00 0.3626 7 40 12 4 10 18.74 1.90 0.3586 8 40 12 6 24 18.95 1.93 0.363 9 40 12 8 3 16.26 2.00 0.3571 10 50 4 4 24 20.66 1.99 0.3609 11 50 4 6 3 17.41 2.09 0.3549 12 50 4 8 10 16.32 2.12 0.3591 13 50 8 4 10 19.36 1.96 0.359 14 50 8 6 24 19.83 2.00 0.3656 15 50 8 8 3 17.01 2.08 0.3597 16 50 12 4 24 21.99 1.93 0.3662 17 50 12 6 3 18.70 2.00 0.361 18 50 12 8 10 17.68 2.02 0.3636 The Eq. 2 carried a mistake which is correct as below. (Formula presented.) The Fig. 13(a) carried a typo in units of MRR as revised below. (Figure presented.) Graphical illustration to show the Pareto and normal plots for (a) MRR The Table 8 carried a typo in MRR units (previously g/mm3; correct mm3/min) and decimal points. The corrected table is provided below. (Table presented.) Detailed data for confirmatory experimentation Response measures DOE data SN ratio data % Improvement from DOE results Un-optimized settings Response values Optimized settings Predicted results based on DOE Confirmatory experiments results MRR (mm3/min) Vs2,Pf3, Dn1, d3 21.99 Vs2,Pf3, Dn1, d3 21.79 24.4 9.870 Ra (µm) Vs1,Pf3, Dn1, d2 1.9 Vs1,Pf3, Dn1,d3 1.8805 1.773 7.163 Kw (mm) Vs1,Pf1, Dn1, d1 0.354 Vs1,Pf1, Dn1, d1 0.3527 0.339 4.425

AB - The publication of this article unfortunately contained typos. The last column of Table 3: Kerf width was clipped during revisions. The column is corrected and is given below. (Table presented.) Design of experiments along with output results Control variables Output responses Exp Servo voltage Flushing pressure Nozzle diameter Nozzle-workpiece gap Material removal rate Surface roughness Kerf width Vs Pf Dn S MRR Ra KW Unit Volt Kg/cm2 mm mm mm3/min µm mm 1 40 4 4 3 16.51 2.01 0.354 2 40 4 6 10 16.19 2.02 0.3565 3 40 4 8 24 16.26 2.06 0.3608 4 40 8 4 3 17.54 1.93 0.3547 5 40 8 6 10 17.26 1.96 0.3556 6 40 8 8 24 17.29 2.00 0.3626 7 40 12 4 10 18.74 1.90 0.3586 8 40 12 6 24 18.95 1.93 0.363 9 40 12 8 3 16.26 2.00 0.3571 10 50 4 4 24 20.66 1.99 0.3609 11 50 4 6 3 17.41 2.09 0.3549 12 50 4 8 10 16.32 2.12 0.3591 13 50 8 4 10 19.36 1.96 0.359 14 50 8 6 24 19.83 2.00 0.3656 15 50 8 8 3 17.01 2.08 0.3597 16 50 12 4 24 21.99 1.93 0.3662 17 50 12 6 3 18.70 2.00 0.361 18 50 12 8 10 17.68 2.02 0.3636 The Eq. 2 carried a mistake which is correct as below. (Formula presented.) The Fig. 13(a) carried a typo in units of MRR as revised below. (Figure presented.) Graphical illustration to show the Pareto and normal plots for (a) MRR The Table 8 carried a typo in MRR units (previously g/mm3; correct mm3/min) and decimal points. The corrected table is provided below. (Table presented.) Detailed data for confirmatory experimentation Response measures DOE data SN ratio data % Improvement from DOE results Un-optimized settings Response values Optimized settings Predicted results based on DOE Confirmatory experiments results MRR (mm3/min) Vs2,Pf3, Dn1, d3 21.99 Vs2,Pf3, Dn1, d3 21.79 24.4 9.870 Ra (µm) Vs1,Pf3, Dn1, d2 1.9 Vs1,Pf3, Dn1,d3 1.8805 1.773 7.163 Kw (mm) Vs1,Pf1, Dn1, d1 0.354 Vs1,Pf1, Dn1, d1 0.3527 0.339 4.425

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Ehsan S, Rehman M, Mughal MP, Farooq MU, Ali MA. Correction: Machinability investigations through novel controlled flushing characteristics in wire electric discharge machining of M42 high-speed steel (The International Journal of Advanced Manufacturing Technology, (2022), 120, 1-2, (1315-1332), 10.1007/s00170-022-08786-0). International Journal of Advanced Manufacturing Technology. 2023 Oct;128(9-10):4717-4719. doi: 10.1007/s00170-023-12294-0