2025-05-12+00:0013:08:53+00:00494000RES-0001selec-wTEN-0001tenders1CON-0001LOT-0000TEN-0001494000TPA-0001LOT-0000T139841CON-000111545TEN-0001TPA-0001ORG-000329https://www.tudelft.nlORG-0001Technische Universiteit DelftStevinweg 1 5e etageDelft2628CNNL333NLD27364265Itha Bakker+31 152788577I.S.Bakker@tudelft.nlORG-0002Rechtbank Den HaagDen Haag2500EHNL332NLD82946175+310883622200rb.denhaag@rechtspraak.nlhttps://www.lavision.comORG-0003LaVision GmbHAnna-Vandenhoeck Ring 19Goettingen37081DE916DEUHRB1866John Boaler+447802468084jboaler@lavision.com00308336-202592/20252025-05-14+02:002.3eforms-sdk-1.11d3773a3a-2ddd-4293-b0e5-49fb5f783ef36ca86dca-8bb6-491e-94bf-864662182d6b2025-05-12+00:0012:59:24+00:000132014L0024can-standardNLDhttps://s2c.mercell.com/buyer/7487body-pleducationORG-0001neg-wo-call11545High speed PIV systemThe Flow Physics and Technology Department of TU Delft is growing and strongly expanding its experimental capabilities. In the context of two recently awarded ERC Consolidator Projects (MetaWing, PI: M. Kotsonis and MORASINA, PI: D. Ragni) research activities will require execution of experiments with high-speed cameras to investigate complex flow dynamics at high-resolution to accurately measure in time different length scales. With the increasing number of experiments within the Aerodynamics, FPP, and WE sections, the availability of high-speed cameras is often constraining the possibility of carrying out simultaneous high-speed imaging experiments in the High-Speed Lab (HSL) and the Low-Speed Lab (LSL). In addition, current high-speed capabilities are limited by the availability of laser light at high speed, to have accurate measurements.supplies49400038000000386361003865100048100000Zie documentatieLeegwaterstraat 42Delft2628CANL333NLDLOT-0000no-eu-fundsper-exa100qualityVoldoen aan de technische vereisten.Er is geen sprake van een opschortende termijn zoals bedoeld in artikel 2.127 AW 2012.ORG-0002truefalsenonenone11545High speed PIV systemThe Flow Physics and Technology Department of TU Delft is growing and strongly expanding its experimental capabilities. In the context of two recently awarded ERC Consolidator Projects (MetaWing, PI: M. Kotsonis and MORASINA, PI: D. Ragni) research activities will require execution of experiments with high-speed cameras to investigate complex flow dynamics at high-resolution to accurately measure in time different length scales. With the increasing number of experiments within the Aerodynamics, FPP, and WE sections, the availability of high-speed cameras is often constraining the possibility of carrying out simultaneous high-speed imaging experiments in the High-Speed Lab (HSL) and the Low-Speed Lab (LSL). In addition, current high-speed capabilities are limited by the availability of laser light at high speed, to have accurate measurements.supplies49400038000000386361003865100048100000Zie documentatieLeegwaterstraat 42Delft2628CANL333NLD2000-01-01Z