Doctor of Philosophy
Development of a semi-automated impact device based on human behaviour recognition for in-service modal analysis of structures
Master of Engineering Science
Operational structural damage identification using de-noised modal feature in machine learning
Master of Engineering Science
Application of Simplified Operating Deflection Shape Technique in Machinery Vibration Assessment
Master of Engineering Science
Artificial Neural Network Application in Non-collocated Impact Force Identification using Appropriate Time-domain Feature and Network Type
Master of Engineering Science
Computational Study of Enhancement of Vortex Induced Vibration Performance with Coupled Bluff Splitter Body and Elastic Plate Model
Doctor of Philosophy
Identification of Elastic Properties of Composite Plates Using Non-Destructive Two Stages Derivative-Based Method and Meta-Heuristic Hybrid Optimization Method
Doctor of Philosophy
Automated Impact Device based on Phase Synchronisation Assessment for the Enhancement of Impact-Synchronous Modal Analysis during Operation
Doctor of Philosophy
Implementation of ant colony optimized PID vibration controller for wind turbine tower using magnetorheological damper
Master of Engineering
Development of Damage Identification Scheme using Denoised Vibrational Modal Data and Artificial Neural Network
Master of Engineering
Design Optimization of Speed Increaser Installed on Wind Power Generator
Master of Engineering
Design and Development of Upscaled Automated Phase Controlled Impact Device for Operational Modal Testing
Master of Engineering
Development of Sensor Based Human Activity Recognition System with Artificial Intelligence
Master of Engineering
Prediction of Local Buckling Behaviour of Reeled Pipeline with Probabilistic Approach using Finite Element Analysis
Master of Engineering
Design and Development of a Multimodal Self Adjusting Vibration Energy Harvester System
Master of Engineering
Computational Harmonic Analysis on Plate-like Base Panel of Air Conditioning Outdoor Unit using Direct Method
Master of Engineering
Development of sensor-based machinery vibration assessment system for effective faults diagnostic in Condition Based Maintenance using Machine Learning
Doctor of Philosophy
Design and Development of Mechanical Amplifier Structure for Piezoelectric Harvester in High Force Environment
Master of Engineering
Development of the Digital Twin Model of the Robotic Arm for Virtual Control and
Monitoring
