Infrastructure
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Laboratory for dimension measurement techniquesThe BIMAQ analyzes shape, dimensional and positional deviations on components with dimensions of a few millimeters up to 3 meters. In addition to standardized measurement and evaluation methods for classical micro- and macro-geometric features,... » more
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Laboratory for large gears (BIMAQ-Technikum)There are currently no suitable standards for large gearings which allow the traceability of the inspection processes to the SI unit "meter" with sufficient accuracy. In cooperation with PTB, BIMAQ is therefore involved in the development of large gear... » more
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Laboratory for flow measurment techniquesThe measurement of flow velocity fields plays an important role in industrial and fundamental research, for example in energy technology and aerospace science. The optical method Particle Image Velocimetry (PIV) is used to determine flow fields by evaluating the... » more
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Laboratory for optical measurement techniquesThe process-near and in-process measuring technology represents an essential component for today's industrial production. This particularly applies against the background of the increasing expansion of interconnected manufacturing processes (Industry 4.0),... » more
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Laboratory for thermographical measurement techniquesFor the development of new and the optimization of existing rotor blades for wind turbines, the understanding of the boundary layer flow conditions on the real rotor blade in operation is essential. However, currently used measuring methods require time- and... » more
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Laboratory for wind turbinesensorsWind turbine generators (WTG) are dynamically highly stressed, which can lead to bearing and gear damages. For targeted improvements in design, production and choice of material meaningful metrics are missing. » more
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Mechanical workshop (BIMAQ-Technikum)BIMAQ maintains a 400 m² Technikum to support the research work. » more