Projects
Im Folgenden erhalten Sie Informationen zu ausgewählten laufenden Forschungsvorhaben.
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AutoFlow - Thermographic flow condition detection on rotor blades of offshore wind turbines during operation using an automated and disturbance robust flight systemThe research project is concerned with the development of an automated measurement and analysis process in which the aerodynamic properties of offshore wind turbines in particular are evaluated using thermography and the associated energy yield. The findings... » more
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AuToVibr - Design of optical topography measurement systems for use in vibration-prone environmentsScanning white light interferometry (SWLI) is a highly accurate method for measuring surface topographies. However, it is also susceptible to disruptive movements (vibrations) during the measurement process, which significantly impairs the accuracy of the... » more
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DriftSense - Miniaturized drones as active multisensory probes for flow measurementsInspired by biological systems, the miniaturization of aerial vehicles has become an evolving area, which creates new opportunities for using micro-drones as mobile sensors, e. g. in flow environments around large structures like wind energy... » more
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GeoFly - Drone based wide-area laser triangulation for geometric measurement of local surface defectsRegular inspection of surface-level defects on structures like rotor blades of wind turbines is essential to ensure optimal and reliable operation. Manual inspection requires significant effort, as the measuring instrument must be brought close to the surface... » more
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hyBit - Hydrogen for Bremen's industrial transformationSo far, studies on the ratio of the regenerative potential with respect to H2-electrolysis have been carried out on a very coarse resolution and with some assumptions. The hyBit project offers the possibility to describe the regenerative potential for a region... » more
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InOGeM - Indirect optical geometry measurementWith the funding of a Consolidator Grant, the European Research Council enables Prof. Fischer to conduct research for 5 years within the framework of the InOGeM project with regard to overcoming current limitations of optical geometry measurement technology and... » more
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MoVeHo - Model-based in-process tool wear determination in high-performance turning
Tools are of central importance for productivity and manufacturing costs in metal-cutting production. The maximization of tool life is therefore the focus of tool development, especially in high-performance machining. Here, the main focus is on the use of hard... » more
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ProstKühl2 - Process-related flow measurements of the cooling lubricant supply in grinding processes
Grinding processes involve the risk of thermal damage, which is why cooling lubricants are used to dissipate heat and reduce friction. Despite empirical findings, there is a lack of detailed studies on the flow behavior of the cooling lubricant
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SMILE - Sensitive machining of biological materialsMachining of inhomogenous biological tissue is error-prone because measurement and adjusting of the machining procedure needs to be supervised by an experienced medical expert and does not happen simultaneously to the machining process. By realizing and... » more
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StreuCompress - Design method for in-process testing of nanostructured surfaces based on scattered light measurements and machine learning
Nanotechnology is a relatively newer field of science that is finding enormous scope in physical and chemical technology, biology and medicine. Nanostructured surfaces enable local reshaping and guiding of light as well as modified optical, mechanical and... » more
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ThermoStall2 - Thermographic detection and localization of dynamic stall on wind turbines
Dynamic stall on wind turbines leads to unsteady loads, reduces the aerodynamic efficiency and increases the acoustic emissions of the rotor blades. Currently, there is a lack of in-process measurement technology for detecting and localizing dynamic stall on... » more
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ThermoSurf - Indirect assessment of local surface defects on wind turbine rotor blades
The leading edge of wind turbine rotor blades is usually prone to degradation due to local impacts such as rain, hail, sand, insects. These surface defects could trigger early laminar-turbulent transition or stall, leading to substantial performance losses. The... » more