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Master's Dissertation
DOI
https://doi.org/10.11606/D.55.2021.tde-21052021-112208
Document
Author
Full name
Frederico Leoni Franco Kawano
Institute/School/College
Knowledge Area
Date of Defense
Published
São Carlos, 2021
Supervisor
Committee
Toledo, Cláudio Fabiano Motta (President)
Bonnard, Renan Louis Jean
Delbem, Alexandre Cláudio Botazzo
Mattei, André Luiz Pierre
Title in Portuguese
Determinação da qualidade de furos e do comprimento da junta através de dados coletados de máquinas automatizadas de furação
Keywords in Portuguese
Classificação
Comitê
Furação
Redes neurais
Abstract in Portuguese
Este trabalho tem como objetivo desenvolver um método capaz e eficiente de se determinar a qualidade final dos furos e o comprimento da junta furada através da utilização de um comitê de redes neurais e algoritmos, pela análise de dados obtidos pelo monitoramento do consumo de corrente elétrica por máquinas automatizadas de furação. O método desenvolvido neste trabalho deve trazer mais eficiência no processo de furação automatizada, evitando-se etapas de medição e inspeções físicas que implicam em aumento de ciclo do processo como um todo. Além disso, o método deve evitar a propagação de erros e trazer base de informação para a análise de causa raiz em caso de discrepâncias encontradas.
Title in English
Determination of the quality of the holes and the length of the drilledstack analyzing the data collected from the drilling Machines
Keywords in English
Classification
Committee
Drilling
Neural networks
Abstract in English
This master thesis has as objective develop an efficient and capable method to determine the quality of holes and the length of the drilled stack, trough the use of neural networks committee and algorithms throught analyze data obtained from monitoring the consumed electrical current by automated drilling machines. The developed method shall include more efficiency on automated drilling process, avoiding physical measurements and ,inspections that increase the cycle time of entire process. Although it shall prevent errors propagation and provide appropriate data for root cause analysis of eventual discrepancies.
 
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Publishing Date
2021-05-21
 
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