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Sandia conducts alternative pyroshock testing

A 100lb solid steel projectile, fired from Sandia National Laboratories’ 6in gas gun, impacts material on a resonant bar attached to a test article. The impact initiates a wave that travels through the resonant bar assembly into the test article, simulating a stage separation pyroshock event.

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06 September, 2017



Flying Test Bed farewell

As GE's original B747 flying testbed heads for retirement, hear from the pilots who flew the aircraft for more than 25 years with 39 different engine builds.

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21 August, 2017


 

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Do you see a strong industry demand for more flight test pilots and flight test engineers to work in the ever-growing civil aviation sector? And if so, are the skills required any different from those needed for the defense sector?

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Aerodynamics expertise shaping a greener aviation future

The ESICAPIA and LOSITA consortia, with RUAG Aviation as a member, have successfully developed and tested wind tunnel models for simulating emerging turbofan and propeller technologies. These research projects were performed in the frame of the Green Regional Aircraft ITD (GRA) of the European Clean Sky aeronautical research programs. Data generated from these research projects will be applied to reducing the ecological footprint of future aircraft.

The Clean Sky GRA programs ESICAPIA (Experimental Subsonic Investigation of a Complete Aircraft Propulsion System Installation and Architecture power plant optimization) and LOSITA (LOw Subsonic Investigation of a large complete Turboprop Aircraft) projects aim to optimize the configuration, performance and alternative propulsion systems on two different experimental regional aircraft. RUAG Aviation is a member of two international consortia led by IBK Innovation of Germany, which were commissioned to develop models of the two GRA configurations and investigate their performance in tests at the RUAG Large Wind Tunnel in Emmen (LWTE). One model was equipped with propellers while the other featured a simulation of a modern turbofan system. Both systems were developed in-house by the RUAG Aviation department of aerodynamics.

“Simulations using propellers are standard for testing in the large wind tunnel,” says Andreas Hauser, manager, Department of Aerodynamics, RUAG Aviation. “However, the turbofan simulators developed for the ESICAPIA model were a first in our facility. The challenges this presented were an opportunity for the aerodynamics team to demonstrate their expertise and their reputation for finding innovative solutions.”

The RUAG engineers developed the power simulation systems building on existing RUAG hydraulic engine technology and know-how, and integrated them into the Green Regional Aircraft wind tunnel models. During subsequent wind tunnel testing, the propulsors performed sound. The Green Regional Aircraft model tests proved a complete success and generated a valuable aerodynamic database, including power effects and acoustic data. The experience gained from developing the turbofan simulator for ESICAPIA is already supporting the development of a new, smaller and higher performance turbofan simulator. Also, the RUAG wind tunnel testing portfolio has been expanded, adding new capabilities to the benefit of customers.

“Ultimately, this type of research brings benefits to everyone – in the form of a cleaner environment and a sustainable future for aviation,” says Hauser.


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