Model-Based Development and Verification of Ampyx Power’s Airborne Wind Energy System

Autonomous Takeoff and Landing of Rigid Wing Airborne Wind Energy Systems

A Roadmap Towards Airborne Wind Energy in the Utility Sector

Helmet mounted display format and spatial audio cueing flight test

Historically, the objective of new technology development has been to enhance pilot performance (such as situation awareness) without causing problems such as Spatial Disorientation (SD). However, when improperly designed or poorly integrated, such technologies may actually reduce performance and increase the likelihood of unintended...

System Identification of a Rigid Wing Airborne Wind Energy Pumping System

GNSS Jamming Mitigation for Large-Scale Airborne Wind Energy Systems Using Cable Measurements

An Optimal Sizing Tool for Airborne Wind Energy Systems

Flexing Wind

The aims of the Flexing Wind project, investigated in an intensive cross-disciplinary course, were twofold. First was to learn about aerodynamic phenomena around buildings. Second was to explore ways to observe, measure, and control the negative effects of wind around specific pedestrian areas, tram stops, and public sites in Melbourne City....

Multiphase design of autonomic self-healing thermoplastic elastomers

Abstract only.

Numerical Simulation of Separated Flow over Flexible Structural Membranes

This research project aims to study large displacement fluid-structure interaction (FSI) problems through the development of a computational FSI code. The Navier-Stokes equations describing the behaviour of a viscous Newtonian fluid are discretised on a moving unstructured triangular mesh using the Finite Volume method. In two-dimensions the...