Knowledge & Skills
Mechanical Engineering, 4th of November 2021, 010002

Non Traditional Machining Processes - Part 2:
Chemical, Electrochemical and Mechanical Processes

Lamice A. Denguir

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Associate editor: J. C. Outeiro

Corresponding author: [email protected]

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Abstract

Keywords

This second part out of 3 presentations regarding the review "Non Traditional Machining Processes" is an explanation ofNTM Processes classified as chemical, electrochemical and mechanical processes. Besides explaining the functioning of the used production equipment, it highlights the differences between those processes and the fields of application of each one.

The full review is composed of 4 presentations as follows:  1- Conventional machining vs Non Traditional machining (1st video presentation)  2- Chemical and Electrochemical Processes (2nd video presentation)  3- Mechanical Processes (2nd video presentation)  4- Thermal Processes (3rd video presentation)

The 2nd video presentation, which is the current one, is organized as follows:

2- Chemical and Electrochemical Processes (How chemical machining works?  - Photochemical machining  - How electrochemical machining works? - Differences between CHM and ECM) 3- Mechanical Processes (Abrasive flow machining - Waterjet machining - Abrasive waterjet machining - WJM vs AWJM - Abrasive jet machining - AJM vs sandblasting - Ultrasonic machining - Abrasive jet vs ultrasonic machining )

NTM,
non conventional processes,
manufacturing processes, machining, 

abrasive jet machining, 

waterjet machining, 

ultrasonic machining, 

abrasive waterjet machining, 

chemical machining, 

photochemical machining, 

electrochemical machining

References

Content

[1]T.Jagadeesha, I. K.,UnconventionalMachiningProcesses, InternationalPublishingHousePvt. Ltd.

[2] V. K. Jain, AdvancedMachiningProcesses,AlliedPublishersPrivateLimited.

[3] P. K.Mishra,NonconventionalMachining,NarosaPublishingHouse. 

[4] A. Raj et al., 2019, Chemical machining process – an overview, International Research Journal of innovations in engineering and technology (IRJIET), vol 3 issue 11, pp 37-39.

[5] Z.Pandilov, 2018, Application of Electro Chemical Machining for materials used in extreme conditions, IOP Conf. Series: Materials Science and Engineering, vol 329, pp 012014doi:10.1088/1757-899X/329/1/012014

[6] Pintu,DifferenceBetweenCHM and ECM – Chemical &ElectrochemicalMachining,https://www.difference.minaprem.com/ntm/

[7] Uhlmannet al., 2016, ComparativeAnalysisof Dry-EDM andConventionalEDM for theManufacturingof MicroHolesin Si3N4-TiN,ProcediaCIRP, vol 42, pp 173-178.https://doi.org/10.1016/j.procir.2016.02.214 [8]Dubeyet al., 2008, Laserbeammachining—Areview, International Journal of Machine Tools and Manufacture, vol 48, pp 609-628. doi:10.1016/j.ijmachtools.2007.10.017

[9] J.Kendaet al., 2014,Modelingandenergyefficiencyof abrasive flowmachiningontoolingindustrycasestudy,ProcediaCIRP, vol 13, pp 13-18, doi:10.1016/j.procir.2014.04.003

[10] ChemicalEtchingProcess: AStep-by-StepGuide to ChemicalEtching|PrecisionMicro Ltd.

[11] N. Wilson.,ManufacturingProcessesI (IE-370),Spring2015.SchoolofIndustrialEngineering,PurdueUniversity.

[12] Advanced Abrasive FlowMachining(AFM) -MicroStream- MICRO TECHNICA TECHNOLOGIES

[13] UltrasonicMachiningor USM (3D Animation) – e4education

[14] T.Bremersteinet al., 2015, Wear of abrasive media anditseffecton abrasive flowmachiningresults, Wear, Vol 342–343, pp 44-51, doi:10.1016/j.wear.2015.08.013.

[15] C. Prakash et al., 2016,ExperimentalInvestigations in Powder MixedElectricalDischargeMachiningof Ti-35Nb-7Ta-5Zrβ-TiAlloy,MaterialsandManufacturingProcesses, vol 32 issue 3, pp 274-285 . doi:10.1080/10426914.2016.1198018. 

[16] https://basicmechanicalengineering.com/electron-beam-machining-ebm-principles/

[17] J.Kechagiaset al., 2017, Plasma ArcCuttingDimensionalAccuracyOptimizationemployingtheParameterDesignapproach, ITM Web ofConferencesvol 9, ppn03004, AMCSE 2016.doi:10.1051/itmconf/20170903004 [18] J. Zhou & G. Yang, 2006,Focusedionbeambasedsingle-digitnanoholemanufacturinganditsapplication fornucleicacidcharacterization,Proceedingsof the 7th ICFDM2006, InternationalConferenceonFrontiersof Design andManufacturing,June19-22 2006, Guangzhou, China, Pages 453-458

[19] S.Kampakijlanand S.R.Shmid,Manufacturingengineering andTechnology,PrenticeHall International Editions, 4thedition, ISBN 0-13017-440-8

[20] E.P.Degarmoet al.,MaterialsandProcessesinmanufacturing, WILEYedition, 9thedition, ISBN 0-471-65653-4

Audience:
Engineers - Engineering Students   


Duration: 

32 minutes video + 10 minutes test + Certificate of completion 


Language:
English with subtitles   


Support:
video + pdf memo + MCQ evaluation test 

Video abstract

Citation

L.A. Denguir, "Non Traditional Machining Processes - Part 2: Chemical, electrochemical and mechanical processes", Knowledge and Skills, Mechanical Engineering, 2021, 010002, ISSN 2800-2083, https://doi.org/10.53229/k.and.s.2021.010002

Non-Traditional Machining Processes - Part 2: Chemical, Electrochemical and Mechanical Processes
by Lamice A. DENGUIR 

 

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