LENDSI
NonDestructive Evaluation and Smart Sensing
Research Area
Ultrasonic and electromagnetic wave propagation modeling; studies on guided waves and ultrasonic tomography. Development of traditional and non-traditional methods of Non-Destructive Evaluation (NDE); Studies on the application of artificial intelligence and smart sensing in the development of modern NDE methods.
Current focus:
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Guided waves
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Signal processing
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Artificial pattern recognition
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Beamforming
Infrastructure and Methods
Our Lab has infrastructure to carry out research in:
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Linear and non linear ultrasonics
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Guided waves
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Non-Destructive Evaluation tests
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Ultrasonic Scanning
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Eddy current
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Roughness measurements
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Magnetic particles tests
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Automation of ultrasonic tests
Recent Publications
A Baltazar, JI Aranda-Sanchez
Acta Mechanica Sinica 42 (8), 225641 (2026)
JA Martínez-Mata, AB Morales-Díaz, A Baltazar
2025 XXVII Robotics Mexican Congress (COMRob), 35-40, (2025)
Anomaly Detection in Ultrasound Tomography Images Using Convolutional Neural Networks
JA Martínez-Mata, A Baltazar, A Morales-Díaz
Mexican International Conference on Artificial Intelligence, 28-39 (2025)
J Gómez, A Baltazar, I Campos, C Treesatayapun
Robotics and Autonomous Systems, 105143 (2025)
Beamforming Imaging in Cylindrical Structures Using Helicoidal Reflected SH Waves
E GUERRA-BRAVO, A BALTAZAR
STRUCTURAL HEALTH MONITORING (2025)
Force and pose control of a hemispherical ultrasonic probe in contact with viscoelastic gelatine
L Facundo-Flores, A Baltazar, C Treesatayapun
Meccanica 60 (1), 39-54 (2025)
For additional publication visit my GoogleScholar
LENDSI aims to develop modern methods of nondestructive evaluation for engineering and science applications using robotics and artificial intelligence tools.