Gopalkrishna Advanced Rural Research Foundation
Dr. APJ Abdul Kalam Research Zero Funding Initiative
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A research environment bringing together three-dimensional Electromechanical Impedance, PZT sensing, structural interaction, Structural Health Monitoring and Quantum-AI computation.
3D Quantum-AI EMI–PZT Research Laboratory →The 3D Quantum-AI EMI–PZT environment grows from more than two decades of research in Electromechanical Impedance, PZT sensing, structural interaction and Structural Health Monitoring.
My research journey has included three-dimensional EMI modelling, PZT–structure interaction, experimental investigation and the development of computational approaches for advanced SHM research.
The present work extends that research direction into a new 3D Quantum-AI computational environment, allowing researchers to explore advanced engineering problems virtually.
A compact view of the research evolution.
Selected research material connected to the EMI–PZT journey.
PZT sensor mass, dimensions, bonding and material properties can influence PZT–structure interaction and the resulting EMI response.
Watch on YouTube →Foundational three-dimensional EMI research underlying the present research direction.
View ASCE Research Paper →Explore the computational research environment.
Open Research Laboratory →The research environment is intended primarily for postgraduate and advanced engineering research applications.
GARRF research initiative page views
