ROUGHNESS OF PROCESSING POWER FUNCTION FOR CUTTING ALLOY STEEL BY ELECTROSIS EROSION

Ruggedness represents the imprints/traces left on the work surface after the processing and it consists of deviation of the 3rd degre and deviation of the 4th degre. They are microunevenness, which depend on the cinematic of the processing and have a temporal character, consisting of striations o...

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Main Author: Alin NIOAŢĂ
Format: Article
Language:English
Published: Academica Brancusi 2021-12-01
Series:Fiabilitate şi Durabilitate
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Online Access:https://www.utgjiu.ro/rev_mec/mecanica/pdf/2021-02/08_Alin%20NIOA%C5%A2%C4%82%20-%20ROUGHNESS%20OF%20PROCESSING%20POWER%20FUNCTION%20FOR%20CUTTING%20ALLOY%20STEEL%20BY%20ELECTROSIS%20EROSION.pdf
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author Alin NIOAŢĂ
author_facet Alin NIOAŢĂ
author_sort Alin NIOAŢĂ
collection DOAJ
description Ruggedness represents the imprints/traces left on the work surface after the processing and it consists of deviation of the 3rd degre and deviation of the 4th degre. They are microunevenness, which depend on the cinematic of the processing and have a temporal character, consisting of striations or scratches and snatches. In this paper in order to establish the mathematical pattern of the dependence of processing ruggedness on the induced power within the workspace Ra=f(P) polynomial functions of the 1st, 2nd and 3rd degrees and exponential functions were used.
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spelling doaj-art-dea39c47b73f498b96b63e8dc7e707e52025-08-20T02:13:43ZengAcademica BrancusiFiabilitate şi Durabilitate1844-640X2021-12-011424851ROUGHNESS OF PROCESSING POWER FUNCTION FOR CUTTING ALLOY STEEL BY ELECTROSIS EROSIONAlin NIOAŢĂ0Constantin Brâncuși University of Tg Jiu, Gorj, RomaniaRuggedness represents the imprints/traces left on the work surface after the processing and it consists of deviation of the 3rd degre and deviation of the 4th degre. They are microunevenness, which depend on the cinematic of the processing and have a temporal character, consisting of striations or scratches and snatches. In this paper in order to establish the mathematical pattern of the dependence of processing ruggedness on the induced power within the workspace Ra=f(P) polynomial functions of the 1st, 2nd and 3rd degrees and exponential functions were used.https://www.utgjiu.ro/rev_mec/mecanica/pdf/2021-02/08_Alin%20NIOA%C5%A2%C4%82%20-%20ROUGHNESS%20OF%20PROCESSING%20POWER%20FUNCTION%20FOR%20CUTTING%20ALLOY%20STEEL%20BY%20ELECTROSIS%20EROSION.pdfcomplex erosioninduced powersteelruggedness
spellingShingle Alin NIOAŢĂ
ROUGHNESS OF PROCESSING POWER FUNCTION FOR CUTTING ALLOY STEEL BY ELECTROSIS EROSION
Fiabilitate şi Durabilitate
complex erosion
induced power
steel
ruggedness
title ROUGHNESS OF PROCESSING POWER FUNCTION FOR CUTTING ALLOY STEEL BY ELECTROSIS EROSION
title_full ROUGHNESS OF PROCESSING POWER FUNCTION FOR CUTTING ALLOY STEEL BY ELECTROSIS EROSION
title_fullStr ROUGHNESS OF PROCESSING POWER FUNCTION FOR CUTTING ALLOY STEEL BY ELECTROSIS EROSION
title_full_unstemmed ROUGHNESS OF PROCESSING POWER FUNCTION FOR CUTTING ALLOY STEEL BY ELECTROSIS EROSION
title_short ROUGHNESS OF PROCESSING POWER FUNCTION FOR CUTTING ALLOY STEEL BY ELECTROSIS EROSION
title_sort roughness of processing power function for cutting alloy steel by electrosis erosion
topic complex erosion
induced power
steel
ruggedness
url https://www.utgjiu.ro/rev_mec/mecanica/pdf/2021-02/08_Alin%20NIOA%C5%A2%C4%82%20-%20ROUGHNESS%20OF%20PROCESSING%20POWER%20FUNCTION%20FOR%20CUTTING%20ALLOY%20STEEL%20BY%20ELECTROSIS%20EROSION.pdf
work_keys_str_mv AT alinnioata roughnessofprocessingpowerfunctionforcuttingalloysteelbyelectrosiserosion