Alistair Duffy

Professor of Electromagnetics

De Montfort University

United Kingdom

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Professor Alistair Duffy is a leading expert in Electromagnetics at De Montfort University, located in the United Kingdom. His research encompasses a range of topics including non-invasive measurement techniques, uncertainty analysis for electromagnetic compatibility (EMC) simulations, and the effects of corrosion on electrical contact performance. His recent articles highlight his contributions to cable fault detection methods and the application of AI in EMC research.

Alistair Duffy

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Articles (20)

Non-invasive measurement of cable scattering parameters using dual inductive probes

Uncertainty Analysis for EMC Simulation Based on Bayesian Optimization

Cable Soft Fault Detection Method Based on Single Inductive Probe Coupling Measurement

Equivalent Simulation Approach for the Shielding Effectiveness of Enclosures With Gasketed Seams

Uncertainty Analysis of Crosstalk in Cable Bundles With Stochastic Reduced Order Models

Uncertainty Quantification of Human Electromagnetic Exposure from Mobile Phone Antenna Based on Migration-CoKriging

Electromagnetic time reversal for online partial discharge location in power cables: Influence of interfering reflections from grid components

Improvement of Nonembedded EMC Uncertainty Analysis Methods Based on Data Fusion Technique

The Effect of Corrosion on the Electrical Contact Performance of Aviation Connectors Revealed by In-Situ Impedance Measurements

Editorial: Introduction to the Special Issue on AI, Machine Learning, and Deep Learning: Advances and Applications for EMC

Electromagnetic Design and Analysis in Electrical Power Conversion and Usage

Thermal Effects on Crosstalk of Multiconductor PVC Cables and Estimation of Thermal Accelerating Ratios

Step Frequency TR-MUSIC for Soft Fault Detection and Location in Coaxial Cable

Application of Probabilistic Models for Multitone Electromagnetic Immunity Analysis

Application to Real Power Networks of a Method to Locate Partial Discharges Based On Electromagnetic Time Reversal

On-Line Partial Discharge Localization in Power Cables Based on Electromagnetic Time Reversal Theory - Numerical Validation

The Effect of the Ring Mains Units for On-Line Partial Discharge Location With Time Reversal in Medium Voltage Networks

Applying FSV to the Comparison of Return Path Integrity in High Speed Circuit Designs

Electromagnetic Time Reversal Method to Locate Partial Discharges in Power Networks Using 1D TLM Modelling

Towards Modeling Partial Discharge Phenomena and Propagation in Power Networks Using the Transmission-Line Matrix Method

Collaborators (5)

Alastair Ruddle

Peter A. A. F. Wouters

En-Xiao Liu

Marcos Rubinstein

Antonella Ragusa

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