Juan Antonio Tapia Ladino
profesor titular
Universidad de Concepción
Concepcion, Chile
Multiphysic Design od Electric Machines; Control of Electrical machinery; Numerical methods in Electromagnetism; Optimization method for electromagnetic devices;
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Magister Ciencias de la Ingenieria con mención en Ingeniería Eléctrica, UNIVERSIDAD DE CONCEPCION. Chile, 1997
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PhD on Electrical Engineering , UNIVERSITY OF WISCONSIN-MADISON. Estados Unidos, 2002
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Ingeniero Civil Eléctrico, UNIVERSIDAD DE CONCEPCION. Chile, 1992
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profesor Full Time
UNIVERSIDAD DE CONCEPCION
ingeniería
concepcion, Chile
1992 - A la fecha
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Investigador Other
Lappeenranta University of Technology
Lappeenranta, Finlandia
2010 - 2012
Doctorate
- Alvaro Hoffer, “Submersible Permanent-Magnet Synchronous Machine with a Stainless Core and Unequal Teeth Widths,” Doctor of Science on Electrical Engineering. University of Concepcion. Chile, and Lappeenranta University of Technology. Finland 2021 (Double Degree)
- Werner Jara M., “Development of Strategies for Optimal Design of Axial Flux Permanent Magnet Machines with Concentrated Winding,” Doctor of Science on Electrical Engineering. University of Concepcion. Chile, and Lappeenranta University of Technology. Finland 2016 (Double Degree)
- Roberto Moncada Gatica,”Control algorithm for Non-conventional Permanent Magnet Machine” Doctor of Science on Electrical Engineering. University of Concepcion. Chile. 2012
- Delvis A. González L., “Development of Axial flux Permanent magnet Machines with field weakening capability", Doctor of Science on Electrical Engineering. University of Concepcion. Chile. 2007
Master
- Mario Tapia Montero, “Análisis de una máquina de inducción trifásica de flujo axial con rotor anisotrópico (Analisys of a three phase induction motor with anosotropic rotor),” Master of Science of Electrical Engineering. 2016
- David Soto P., “Ripple torque reduction in an axial flux Permanent Magnet Machine controlling stator current harmonic content", Master of Science of Electrical Engineering. 2006
- Alvaro Letelier B., “Analysis of an axial flux machine with field weakening capability under fault condition using 3D-FEA", Master of Science of Electrical Engineering. 2005
- John Correa T., "Thermal dynamic prediction of an industrial induction oven using finite element analysis", Master of Science of Electrical Engineering. 2004
Optimization of electric machine Designs?Part II |
DESARROLLO, EVALUACIÓN Y VALIDACIÓN TECNOLÓGICA A ESCALA SEMI-INDUSTRIAL DE UN MOTOR ELÉCTRICO DE ALTO RENDIMIENTO PARA AUMENTAR LA PRODUCCIÓN Y MEJORAR LA EFICIENCIA ENERGÉTICA EN MINERÍA |
MICRORREDES ELÉCTRICAS INTELIGENTES HÍBRIDAS CON ALTA PENETRACIÓN DE ENERGÍAS RENOVABLES |
OPTIMAL ELECTROMAGNETIC DESIGN PROCEDURE OF HIGH TORQUE DENSITY ELECTRIC MACHINERY |
OPTIMAL DESIGN AND CONSTRUCTION OF AN AXIAL FLUX, PERMANENT MAGNET, CONCENTRATE WINDING ELECTRICAL MOTOR FOR TRACTION APPLICATION |
LUT GSEEE FIDIPRO FELLOWSHIP IN PERMANENT MAGNET MACHINES |
DESARROLLO Y MANUFACTURA DE TURBINAS EÓLICAS DE ALTA EFICIENCIA A BAJAS VELOCIDADES DE VIENTO |
DESIGN AND CONSTRUCTION OF AN AXIAL FLUX ELECTRIC MACHINE WITH INTERIOR PERMANENT MAGNET |
DISENO Y CONSTRUCCION DE UNA MAQUINA ELECTRICA DE FLUJO AXIAL CON IMANES PERMANENTES Y CON CAPACIDAD DE DEBILITAMIENTO DE CAMPO. |