Fault Diagnosis and Tolerant Control: Applications

Cristina Verde; Cristina Verde; Efraín Alcorta García; Antonio Jr. Vallejo Guevara; Ricardo A. Ramírez Mendoza; Ruben Morales-Menendez; Manuel Alejandro  Zuñiga; Luis Alejandro Ramírez; Gerardo  Romero Galvan; Efraín Alcorta García; Aldo J.  Muñoz Vázquez; Mario Heras Cervantes; Adriana del Carmen  Téllez Anguiano; Juan Anzurez Marin; Adriana Villalón Falcón; Alberto Prieto Moreno; Marcos Quiñones-Grueiro; Orestes Llanes-Santiago; Ildeberto Santos-Ruiz; Francisco-Ronay López-Estrada; Vicenç Puig; Guillermo Valencia-Palomo; Rolando Carrera; Lizeth Torres

doi:10.22201/iingen.9786073073592e.2023

Fault Diagnosis and Tolerant Control: Applications

Autores/as

Cristina Verde (ed)

Instituto de Ingeniería, UNAM

https://orcid.org/0000-0001-8700-516X

DOI: https://doi.org/10.22201/iingen.9786073073592e.2023

Palabras clave:

Diagnóstico de fallas, Prognostico de vida útil de un sistema de ingeniería, Localización de fallas, Control tolerante a fallas

Sinopsis

The problem of automatic fault diagnosis and tolerant control for dynamic systems has become essential research topic during the last years as part of the industry’s monitoring and supervision of complex systems. This fact has motivated diverse research groups who are developing fault diagnosis technologies in Mexican academic institutions. Thereby, the fault diagnosis community considered it relevant to share our experience by showing the benefits of the novel diagnostic techniques implemented by software with some applications tested in our country. Thus, this monograph, written by several experts, has been prepared by selecting the main topics discussed during the seminar on Fault Diagnosis and Tolerant Control organized face-to-face and virtual by the authors over the last four years. The Topics features include: (a) The design of a robust computer numerical control CNC of new generation; (b) The faults isolation problem in sensors and actuators of a helicopter prototype; (c) Failure diagnosis in the boiler system of a distillation column; (d) The remaining functional live analysis of an aerospace propulsion system; and (e) Three issues associated with leaks in pipelines. One relates to a water distribution network; the second shows an algorithm to isolate sequential leaks in the main conduit, and the last links with the estimation of the head loss of the line in real-time.

Capítulos

Legales

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Abstract

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Resumen

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Prefacio

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List of Contributors

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Contens

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Introduction

Cristina Verde

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Intelligent Control System for High Speed Machining

Antonio Jr. Vallejo Guevara, Ricardo A. Ramírez Mendoza, Ruben Morales-Menendez

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Experimental results of fault isolation approach for a 2-DOF helicopter

Manuel Alejandro Zuñiga, Luis Alejandro Ramírez, Gerardo Romero Galvan, Efraín Alcorta García, Aldo J. Muñoz Vázquez

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Buck-boost converter fault diagnosis for an EDF-100 distillation pilot plant

Mario Heras Cervantes, Adriana del Carmen Téllez Anguiano, Juan Anzurez Marin

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Adaptive multivariate degradation model for remaining useful life prediction

Adriana Villalón Falcón, Alberto Prieto Moreno, Marcos Quiñones-Grueiro, Orestes Llanes-Santiago

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Leak localization in water distribution networks using machine learning based on cosine features

Ildeberto Santos-Ruiz, Francisco-Ronay López-Estrada, Vicenç Puig, Guillermo Valencia-Palomo

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LabVIEW-Based SCADA System for Sequential Leaks’ Diagnosis inPipelines

Rolando Carrera, Cristina Verde

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Observer-based calibration of a power-law model for head loss inpipelines

Lizeth Torres, Cristina Verde

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Acronyms

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Glossary

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Variable and Parameter Notation

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