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    Book

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    Chapter

    AIM: An Introduction to the Project

    The European Specific Targeted Research Project (STReP) AIM—Advanced In-Flight Measurement Techniques was launched on the \(1\mathrm{st }\) ...

    Fritz Boden in Advanced In-Flight Measurement Techniques (2013)

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    Chapter

    Propeller Deformation Study on an P 180 Push Propeller Aircraft

    Within AIM one of the most challenging tasks was to measure the propeller blade deformation with QVT (Quantitative Video Technique) and IPCT (Image Pattern Correlation Technique) in flight. Beside this measure...

    Claudio Lanari, Fritz Boden in Advanced In-Flight Measurement Techniques (2013)

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    Chapter

    Assessment of Propeller Deformation Measurement Techniques for Industrial Application

    After the performance of the IPCT flight tests on the Piaggio P 180, the aircraft manufacturer Evektor performed an assessment of the image based measurement techniques for propeller deformation measurements. ...

    Pavel Ružička, Jan Rýdel, Miroslav Josefik in Advanced In-Flight Measurement Techniques (2013)

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    Chapter

    In-Flight IPCT Wing Deformation Measurements on a Small Aircraft

    After the successful application of the Image Pattern Correlation Technique (IPCT) on the P 180 experimental test aircraft for wing vibration measurements on ground, the complete camera installation has been c...

    Fritz Boden, Claudio Lanari, Anwar Torres in Advanced In-Flight Measurement Techniques (2013)

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    Chapter

    Blade Deformation Measurements with IPCT on an EC 135 Helicopter Rotor

    For the design of a helicopter rotor blade, it is crucial to predict the dynamic behavior and occurring forces and moments. For the validation of prediction tools, reliable flight test data is required. Furthe...

    Christoph Maucher, Fritz Boden in Advanced In-Flight Measurement Techniques (2013)

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    Chapter

    IPCT Ground Vibration Measurements on a Small Aircraft

    One of the AIM subtasks required the measurement of structural vibration using IPCT on a small aircraft. This has been done in an industrial environment on a Piaggio P 180, without interfering with production ...

    Fritz Boden, Thomas Wolf, Claudio Lanari in Advanced In-Flight Measurement Techniques (2013)

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    Chapter

    Assessment of IPCT for Wing Deformation Measurements on Small Aircrafts

    After the performance of the IPCT wing deformation measurements on the Fairchild Metro II and on the Piaggio P 180, the aircraft manufacturer Evektor performed an assessment of the image based measurement tech...

    Pavel Ružička, Jan Rýdel, Miroslav Josefik in Advanced In-Flight Measurement Techniques (2013)

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    Chapter

    IPCT Wing Deformation Measurements on a Large Transport Aircraft

    Aircraft wings are subject to deflection. Designers must therefore take into account in-flight wing bending and torsion, so that structural loads are well taken care of and that the wing has optimum aerodynami...

    Fritz Boden, Henk Jentink, Christian Petit in Advanced In-Flight Measurement Techniques (2013)

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    Chapter

    Image Based Propeller Deformation Measurements on the Piaggio P 180

    One of the most challenging tasks of the AIM project was to measure the deformation of a fast revolving propeller blade during flight by using the QVT (Quantitative Video Technique) and the IPCT (Image Pattern...

    Claudio Lanari, Boleslaw Stasicki, Fritz Boden in Advanced In-Flight Measurement Techniques (2013)

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    Chapter

    In-Flight Application of Pressure Sensitive Paint

    A feasibility test for in-flight pressure measurement using Pressure-Sensitive Paint (PSP) techniques has been performed in the frame work of the research project Advanced In-flight Measurement Techniques (AIM...

    Yasuhiro Egami, Christian Klein, Ulrich Henne in Advanced In-Flight Measurement Techniques (2013)