- Mechanical Engineering - Feb 6 Using shark scales to design better drones, planes, and wind turbines
- Life Sciences - Feb 2 Mechanical forces may underlie brain’s development and some diseases
- Mechanical Engineering - Jan 25 Easy mobility with the E-Trike
- Physics - Jan 17 Building Blocks to Create Metamaterials
- Physics - Jan 15 Novel 3D printing technique yields high- performance composites
- Medicine - Jan 8 Turning any room into an operating room
- Mechanical Engineering - Nov 29 New 3-D printer is 10 times faster than commercial counterparts
- Mechanical Engineering - Nov 15 Where no CubeSat
- Physics - Nov 14 Microscopic structures for vibration- resistant plugs
- Mathematics - Nov 14 How to float your coffee creamer
- Mechanical Engineering - Nov 1 Breaking the mold
- Mechanical Engineering - Oct 23 Thruster for Mars mission breaks records
- Life Sciences - Oct 18 Octopus skin inspires engineers to develop programmable ’camouflaging’ material
- Environment - Oct 18 Scientists seek public help to protect endangered parrot
- Mechanical Engineering - Oct 13 Rocket motor for Ariane 6 and Vega-C is cast for testing
- Mechanical Engineering - Oct 12 Additive manufacturing - a revolution in production engineering
Hypersonic flight test goes like a rocket
Commercialised flight faster than five times the speed of sound has been brought one step closer, thanks to a successful experimental flight featuring University of Queensland knowhow.
Aerospace engineering researchers from UQ, along with industry and government partners, completed the test flight at Woomera in South Australia.
UQ Chair of Hypersonic Propulsion Professor Michael Smart said the triumph advanced the realisation of hypersonic flight in Australia’s commercial and defence sectors.
“Hypersonic flight has the potential to revolutionise air travel, making it faster and cheaper to travel around the world and into space,” said Professor Smart.
“The experimental flight, designated as ‘HIFiRE 4’, was part of the HIFiRE Program conducted by the Defence Science and Technology (DST) Group and US Air Force Research Laboratory (AFRL), partnering with UQ, Boeing, and BAE Systems.”
Woomera was selected as the test site because of its location, vast area, and ability to support continuous data collection during the flight.
The data collected during the experiment will help researchers to better understand controlled flight at hypersonic speed.
“Fundamental research conducted over many years by UQ’s Centre for Hypersonics , within the School of Mechanical and Mining Engineering , has made a significant contribution to this and previous HIFiRE flights,” Professor Smart said.
UQ’s support of HIFiRE was partially funded by Boeing and the Queensland State Government through the National and International Research Alliances Program.
Minister for Defence, Senator Marise Payne, said by understanding hypersonic flight, the Australian Defence Force would be in a better position to respond to future threats.
Minister Payne said the HIFiRE team had achieved significant milestones, including design, assembly and pre-flight testing of the hypersonic vehicles, and design of complex avionics and flight systems.
Learn more about the UQ Centre for Hypersonics’ research, including its air-breathing propulsion ‘scramjet’, here.
Last job offers
- Administration/Government - 30.1
Wissenschaftliche Mitarbeiterin/ Wissenschaftlicher Mitarbeiter Gesundheitskompetenz
- Mechanical Engineering - 16.2
Lecturer in Space Systems Engineering (LR17.44)
- Mathematics - 15.2
Post-doc: Complex Dynamical Networks (3ME18-11)
- Agronomy/Food Science - 15.2
Postdoc Verfahrenstechnik (m/w)
- Law/Forensics - 14.2
- Mathematics - 14.2
Postdoctoral Research fellow - E 13 TV-L HU (third party funding, short-term for 2 years)
- Earth Sciences - 2.2
Senior Research Associate in Rock mechanics and Geomechanics 
- Mechanical Engineering - 9.2
Post doctorat PMMH-ESPCI (H/F)