80498 RES-0001 selec-w TEN-0001 tenders 2 CON-0001 LOT-0001 TEN-0001 80498 no TPA-0001 LOT-0001 000170611 CON-0001 2026-05-15+01:00 2026-07-23+01:00 457171 TEN-0001 TPA-0001 ORG-0002 29 https://www.tcd.ie ORG-0001 Trinity College Dublin the University of Dublin_336 3 College Green Dublin D02 XH97 IE061 IRL CHY 11 018968586 mireilly@tcd.ie medium ORG-0002 Dantec Dynamics A/S Tonsbakken 16-18 Skovlunde 2740 DK012 DNK 15107588 07950704545 martin.hyde@dantecdynamics.com ORG-0003 The High Court of Ireland Four Courts, Inns Quay, Dublin 7 The High Court of Ireland Dublin D07 WDX8 IE061 IRL The High Court of Ireland +353 1 8886000 HighCourtCentralOffice@courts.ie ORG-0004 European Dynamics S.A. European Dynamics S.A. Athens 15125 EL301 GRC 002024901000 +30 2108094500 eproc-esender@eurodyn.com 00602519-2026168/20262026-09-01+02:00 2.3 eforms-sdk-1.13 732480c2-e737-4a00-8c86-a4f70c4eb38a 4529e2fd-6faa-410a-9e18-6832ccc3a92a 2026-08-31+01:00 13:14:26+01:00 01 32014L0024 can-standard ENG https://www.tcd.ie body-pl education ORG-0001 ted-esen ORG-0004 open 6c883707-72f6-452e-bd0c-45d9b74d52e2-01 false Integrated Measurement System for 2D/3D Fluid/Particle Velocity and Surface Deformation (2D/3D-PIV-DIC) for Trinity College Dublin (TCD) The Department of Mechanical, Manufacturing and Biomedical Engineering in Trinity College Dublin requires the supply, delivery, installation, and commissioning of an advanced 2D/3D Particle Image Velocimetry (PIV) and Digital Image Correlation (DIC) system to support cutting-edge experimental research in fluid dynamics and solid mechanics. The system shall comprise a high-energy pulsed laser, synchronised high-resolution cameras, precision timing and control units, and fully integrated acquisition and analysis software. The solution must be capable of capturing high-accuracy, time-resolved measurements of velocity fields, particle motion, and surface deformation, enabling two-dimensional (2D) and ideally also three-dimensional (3D) analysis. It should support applications involving complex flow regimes, multiphase flows, and structural behaviour under varying conditions. Flexibility for future upgrades is essential, including the potential to incorporate temperature and scalar concentration measurements. The equipment must demonstrate proven reliability, accuracy, and repeatability, and be suitable for intensive research use. Full installation, calibration, commissioning, and user training are required, along with comprehensive documentation and ongoing technical support. The system must integrate seamlessly with existing laboratory infrastructure and contribute to enhancing the Department’s research capabilities and output. supplies 80498 38430000 38400000 38540000 38600000 IE061 IRL LOT-0001 false no-eu-funds per-exa 80 quality Quality @ 80% per-exa 20 cost Cost @ 20% ORG-0001 ORG-0003 ORG-0003 true false none none 0 Integrated Measurement System for 2D/3D Fluid/Particle Velocity and Surface Deformation (2D/3D-PIV-DIC) for Trinity College Dublin (TCD) The Department of Mechanical, Manufacturing and Biomedical Engineering in Trinity College Dublin requires the supply, delivery, installation, and commissioning of an advanced 2D/3D Particle Image Velocimetry (PIV) and Digital Image Correlation (DIC) system to support cutting-edge experimental research in fluid dynamics and solid mechanics. The system shall comprise a high-energy pulsed laser, synchronised high-resolution cameras, precision timing and control units, and fully integrated acquisition and analysis software. The solution must be capable of capturing high-accuracy, time-resolved measurements of velocity fields, particle motion, and surface deformation, enabling two-dimensional (2D) and ideally also three-dimensional (3D) analysis. It should support applications involving complex flow regimes, multiphase flows, and structural behaviour under varying conditions. Flexibility for future upgrades is essential, including the potential to incorporate temperature and scalar concentration measurements. The equipment must demonstrate proven reliability, accuracy, and repeatability, and be suitable for intensive research use. Full installation, calibration, commissioning, and user training are required, along with comprehensive documentation and ongoing technical support. The system must integrate seamlessly with existing laboratory infrastructure and contribute to enhancing the Department’s research capabilities and output. supplies clim-mitig national env-imp 10% weighting allocated to Section D. Environment and Sustainability in the tender documents 80498 38430000 38400000 38540000 38600000 IE061 IRL 12 2026-08-31+01:00