Lightweight carbon fibre external aircraft instrument pod on display at the 2009 Avalon Air Show and uncoated nosecone assembly, both built by Teakle Composites for BAE Systems Australia.
Fibreglass borehole liner awaiting shipment from Teakle Composites
Carbon fibre nosecone designed and built by two members of the Teakle Composites team. Pictures supplied by DSTO
The same filament wound carbon fibre nosecone journeys into space, accelerating to 10,000 km/h in June 2007. Pictures supplied by DSTO
Teakle Composites fibreglass drill rod joint assembly in Instron testing machine
Teakle Composites glass fibre-epoxy male-female threaded test specimens
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Glass fibre-epoxy drill rod prototype |
Carbon fibre-epoxy drill rod prototype with embedded strain gauges and carbon nanotube-epoxy threads
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Finite Element Analysis of coiling of composite tubing performed by Teakle Composites for the CSIRO Minerals Down Under Flagship using MSC.AFEA software licensed to Teakle Composites
Carbon fibre tubing able to measure stresses in the tube wall using embedded sensors demonstrated by Teakle Composites for the CSIRO Minerals Down Under Flagship
3D solid model of composite-metal joint constructed using SolidWorks software licensed to Teakle Composites
Finite element buckling analysis of a large fibreglass nozzle under external pressure using MSC.AFEA software licensed to Teakle Composites
Winding carbon fibre onto a complex mandrel
Testing a carbon fibre rocket motor designed and built by Teakle Composites staff and UQ Mechanical Engineering students |